├── .github └── FUNDING.yml ├── API_KEY.py ├── LICENSE.txt ├── README.md ├── fonctions.py ├── frontend ├── deCONZ.html └── deCONZ.js ├── icons ├── batterylevelempty_icons.zip ├── batterylevelfull_icons.zip ├── batterylevellow_icons.zip └── batterylevelok_icons.zip ├── plugin.py └── widget.py /.github/FUNDING.yml: -------------------------------------------------------------------------------- 1 | # These are supported funding model platforms 2 | 3 | github: [Smanar] 4 | custom: ["https://www.buymeacoffee.com/Smanar"] 5 | -------------------------------------------------------------------------------- /API_KEY.py: -------------------------------------------------------------------------------- 1 | #!/usr/bin/env python3 2 | # coding: utf-8 -*- 3 | 4 | import sys 5 | import urllib,json 6 | try: 7 | from urllib import request, parse 8 | except: 9 | print('This tool is for python 3, use instead "python3 API_KEY.py" !') 10 | sys.exit(0) 11 | 12 | try: 13 | ip = sys.argv[1] 14 | action = sys.argv[2] 15 | data = sys.argv[3:] 16 | except: 17 | action = 'error' 18 | 19 | if action == 'create': 20 | query_args = '{"devicetype":"Domoticz"}' 21 | data = query_args.encode('utf-8') 22 | req = request.Request('http://' + ip + '/api',data) 23 | #request.add_header('Referer', 'http://www.python.org/') 24 | try: 25 | response = request.urlopen(req,timeout=3).read() 26 | response = response.decode("utf-8", "ignore") 27 | j = json.loads(response) 28 | print ("Your new API key is : " + j[0]["success"]['username']) 29 | 30 | except urllib.error.URLError as e: 31 | if str(e.reason) == 'timed out': 32 | print('Timeout, are you sure for url and port ?') 33 | elif hasattr(e, 'code') and e.code == 403: 34 | print('Please unlock the gateway first and retry !') 35 | else: 36 | print('Connection error : ' + str(e.reason) ) 37 | 38 | elif action == 'list': 39 | if len(data) < 1: 40 | print('Missing params !') 41 | else: 42 | req = request.Request('http://' + ip + '/api/' + data[0] + '/config') 43 | response = request.urlopen(req,timeout=3).read() 44 | response = response.decode("utf-8", "ignore") 45 | j = json.loads(response) 46 | j2 = j['whitelist'] 47 | for i in j2: 48 | print ('KEY : ' + i + ' Name : ' + j2[i]['name'] + ' Last used : ' + j2[i]['last use date'] ) 49 | 50 | elif action == 'clean': 51 | if len(data) < 1: 52 | print('Missing params !') 53 | else: 54 | req = request.Request('http://' + ip + '/api/' + data[0] + '/config') 55 | response = request.urlopen(req,timeout=3).read() 56 | response = response.decode("utf-8", "ignore") 57 | j = json.loads(response) 58 | j2 = j['whitelist'] 59 | for i in j2: 60 | print ('KEY : ' + i + ' Name : ' + j2[i]['name'] + ' Last used : ' + j2[i]['last use date'] ) 61 | if 'deCONZ WebApp' in j2[i]['name'] or 'Phoscon#' in j2[i]['name'] or 'homebridge-hue#' in j2[i]['name'] or 'Hue Essentials#' in j2[i]['name']: 62 | req = request.Request('http://' + ip + '/api/' + data[0] + '/config/whitelist/' + i , method='DELETE') 63 | response = request.urlopen(req).read() 64 | print ('Deleted : ' + str(response) ) 65 | 66 | elif action == 'delete': 67 | if len(data) < 2: 68 | print('Missing params !') 69 | else: 70 | req = request.Request('http://' + ip + '/api/' + data[0] + '/config/whitelist/' + data[1] , method='DELETE') 71 | try: 72 | response = request.urlopen(req,timeout=3).read() 73 | print ('Key deleted') 74 | 75 | except urllib.error.URLError as e: 76 | print('Error : ' + str(e.code)) 77 | print(e.read()) 78 | 79 | elif action == 'info': 80 | if len(data) < 1: 81 | print('Missing params!') 82 | else: 83 | req = request.Request('http://' + ip + '/api/' + data[0] + '/config') 84 | response = request.urlopen(req,timeout=3).read() 85 | response = response.decode("utf-8", "ignore") 86 | j = json.loads(response) 87 | if 'websocketport' in j: 88 | print ("Websocket Port : " + str(j['websocketport']) ) 89 | print ("IP adress: " + j['ipaddress'] ) 90 | print ("Firmware version : " + j['fwversion'] ) 91 | print ("Websocketnotifyall : " + str(j['websocketnotifyall']) ) 92 | else: 93 | print ("Bad API Key") 94 | 95 | 96 | else: 97 | print('Exemples of use') 98 | print('python3 API_KEY.py : \n') 99 | print('python3 API_KEY.py 127.0.0.1:80 create') 100 | print('python3 API_KEY.py 127.0.0.1:80 info B4B018AA61') 101 | print('python3 API_KEY.py 127.0.0.1:80 list B4B018AA61') 102 | print('python3 API_KEY.py 127.0.0.1:80 delete B4B018AA61 CA606DA036') 103 | print('python3 API_KEY.py 127.0.0.1:80 clean B4B018AA61') 104 | -------------------------------------------------------------------------------- /LICENSE.txt: -------------------------------------------------------------------------------- 1 | GNU GENERAL PUBLIC LICENSE 2 | Version 3, 29 June 2007 3 | 4 | Copyright (C) 2007 Free Software Foundation, Inc. 5 | Everyone is permitted to copy and distribute verbatim copies 6 | of this license document, but changing it is not allowed. 7 | 8 | Preamble 9 | 10 | The GNU General Public License is a free, 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If not, see . 649 | 650 | Also add information on how to contact you by electronic and paper mail. 651 | 652 | If the program does terminal interaction, make it output a short 653 | notice like this when it starts in an interactive mode: 654 | 655 | Copyright (C) 656 | This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'. 657 | This is free software, and you are welcome to redistribute it 658 | under certain conditions; type `show c' for details. 659 | 660 | The hypothetical commands `show w' and `show c' should show the appropriate 661 | parts of the General Public License. Of course, your program's commands 662 | might be different; for a GUI interface, you would use an "about box". 663 | 664 | You should also get your employer (if you work as a programmer) or school, 665 | if any, to sign a "copyright disclaimer" for the program, if necessary. 666 | For more information on this, and how to apply and follow the GNU GPL, see 667 | . 668 | 669 | The GNU General Public License does not permit incorporating your program 670 | into proprietary programs. If your program is a subroutine library, you 671 | may consider it more useful to permit linking proprietary applications with 672 | the library. If this is what you want to do, use the GNU Lesser General 673 | Public License instead of this License. But first, please read 674 | . 675 | -------------------------------------------------------------------------------- /README.md: -------------------------------------------------------------------------------- 1 | # deCONZ bridge, a Zigbee plugin for Domoticz. 2 | It's a python plugin for Domoticz (home automation application). 3 | It uses the deCONZ REST API to make a bridge beetween your zigbee network and Domoticz using a Dresden Elektronik gateway and their application. 4 | 5 | ## Description 6 | To resume: 7 | - you need a Dresden Elektronik gateway, a Raspbee (for raspberry) or Conbee (USB key), it support a lot of Zigbee devices, Xiaomi, Heiman, Ikea, Philips, Osram, Tuya, ect .... 8 | Official compatibility list https://github.com/dresden-elektronik/deconz-rest-plugin/wiki/Supported-Devices 9 | 10 | - You also need deCONZ (their application to control and set up ZigBee network). It can work with an headless mode but you can use their GUI, for maintenance, support, look at traffic, set attributes, manage router, use command like identify: 11 | 12 | ![deconz](https://user-images.githubusercontent.com/20152487/73596164-37766f00-4520-11ea-8101-05a102bd6bdf.jpg) 13 | 14 | 15 | - You can use their Web app, for devices management, pairing, groups, scenes, events, ect ... https://phoscon.de/en/app/doc 16 | 17 | ![phoscon](https://user-images.githubusercontent.com/20152487/73598455-f3439880-4538-11ea-9c56-0fb18576a44b.png) 18 | 19 | 20 | - You can use too some android application like Hue essential compatible with deconz ... https://play.google.com/store/apps/dev?id=7433470895643453779 21 | 22 | ![hue](https://user-images.githubusercontent.com/20152487/189486132-bf16261f-e4d3-40c1-bc9e-23f909c2b166.png) 23 | 24 | 25 | - And use this plugin to bridge between the deCONZ server and domoticz. The plugin have now a Frontend for some actions (thx to @JayPearlman). To use it, just go in "Custom"/"DeCONZ". 26 | 27 | ![domoticz](https://user-images.githubusercontent.com/20152487/102008804-7e81e300-3d33-11eb-8ad4-5949f1eb189e.jpg) 28 | 29 | 30 | ## Requirement. 31 | deCONZ : Last version. 32 | Domoticz : current stable version. 33 | Python : You need the requests library, if you have error message like "Module Import failed: ' Name: requests'", you probably miss it, to install it just type: 34 | ``` 35 | sudo -H pip3 install requests 36 | sudo -H pip install requests 37 | ``` 38 | 39 | ## Installation. 40 | - With command line, go to your plugins directory (domoticz/plugins). 41 | - Run: 42 | ```git clone https://github.com/Smanar/Domoticz-deCONZ.git``` 43 | - (If needed) Make the plugin.py file executable: 44 | ```chmod +x Domoticz-deCONZ/plugin.py``` 45 | - Restart Domoticz. 46 | - Enable the plugin in hardware page (hardware page, select deconz plugin, click "update"). 47 | 48 | You can later update the plugin 49 | - With command line, go to the plugin directory (domoticz/plugin/Domoticz-deCONZ). 50 | - Run: 51 | ```git pull``` 52 | - Restart Domoticz. 53 | 54 | To test the beta branch : 55 | ``` 56 | git pull 57 | git checkout beta 58 | git pull 59 | ``` 60 | 61 | 62 | ## Configuration. 63 | - The plugin works better with websocketnotifyall option set to true (it's the configuration by default). 64 | ```curl -H 'Content-Type: application/json' -X PUT -d '{"websocketnotifyall": true}' http://IP_DECONZ:80/api/API_KEY/config``` 65 | - The plugin doesn't use a special configuration file, except the banned.txt file. 66 | - At every start, it synchronises the deCONZ network with yours domoticz devices, so if you delete a device, at next startup, it will be re-created, so to prevent that, you can put the adress in the banned.txt file. 67 | - If you have problem to find your IP or the used port, take a look at https://phoscon.de/discover (Remember better to use 127.0.0.1 if domoticz and deconz are on the same machine). 68 | - Don't worry about the name, the plugin never updates name even you change it in deCONZ to prevent problems with scripts. 69 | - If you create a group, it's not possible to identify the type of device they are inside, so the type will be by defaut RGBWWZ to have all options, if you want to create only a dimmer group for exemple add "_dim" at the group name. 70 | - For those who have problems with API Key, there is a file called API_KEY.py to help you to create/delete/get list with command line, informations and commands inside the file. It can also give some information like your used websocket port. To show all commands or parameters just use: 71 | ``` 72 | python3 API_KEY.py 73 | ``` 74 | If using default settings you might be able to obtain the API key using: 75 | ``` 76 | python3 API_KEY.py 127.0.0.1:80 create 77 | ``` 78 | And for those who don't know where to find the API key and don't wana use the tool: https://dresden-elektronik.github.io/deconz-rest-doc/getting_started/#acquire-an-api-key 79 | Or you can just use the Front End in Domoticz/Custom/Deconz. 80 | 81 | - By defaut the plugin use standard setting, you can use special one in the field "specials settings" on the hardware panel, available setting are : 82 | 83 | | Option | action | 84 | |--- |--- | 85 | | ENABLEMORESENSOR | enable tension and current sensors | 86 | | ENABLEBATTERYWIDGET | create a special widget by device just for battery | 87 | 88 | 89 | ## Remark. 90 | - There is a deconz Discord channel https://discord.gg/QFhTxqN 91 | 92 | - Take care if you have too many devices, at startup, the plugin adds ALL your devices from deCONZ in domoticz (except those who are in banned file). 93 | 94 | - Finally, you can see more devices than you have in reality. This is normal, deCONZ can create more than 1 device for 1 real, and it can create for example 1 bulb + 2 switches just for 1 physical switch. 95 | 96 | - If you haven't github acount, the support in domoticz forum is here https://www.domoticz.com/forum/viewtopic.php?f=68&t=25631 97 | 98 | - You can't use the native function in domoticz for switch (activation devices), because this plugin trigger device event for useless information, like battery level. So instead of using trigger event, you need to use button detected. You have some LUA examples here : [Use LUA for switch](https://github.com/Smanar/Domoticz-deCONZ/wiki/Examples-to-use-LUA-script-for-switch). 99 | 100 | - You have some others examples here : 101 | >[Some LUA examples for sensors](https://github.com/Smanar/Domoticz-deCONZ/wiki/Examples-to-use-LUA-script-for-various-sensors). 102 | [Using LUA to change setting on the fly](https://github.com/Smanar/Domoticz-deCONZ/wiki/Examples-to-use-LUA-to-change-setting-on-the-fly.). 103 | [Create a color loop effect with zigbee bulb](https://github.com/Smanar/Domoticz-deCONZ/wiki/Example-to-make-a-color-loop-effect). 104 | [Mix temperature/humidity/barometer on the same sensor](https://github.com/Smanar/Domoticz-deCONZ/wiki/Example-to-make-a-LUA-script-to-mix-temperature-humidity-barometer-on-the-same-sensor). 105 | 106 | ## Known issues. 107 | - Don't take care about the error message 108 | ```Error: (deCONZ): Socket Shutdown Error: 9, Bad file descriptor``` 109 | I know where is the problem the problem, but I haven't find a way to avoid it, But it change nothing on working mode. 110 | 111 | - If you add devices or change devices name for example in Phoscon after the plugin have started, the plugin will de desynchronized, and you will have this kind of error message 112 | ```2018-12-29 20:49:32.807 Error: (deConz) Unknow MAJ{'name': 'TRÅDFRI Motion sensor', 'uniqueid': '00:0b:57:ff:xx:xx:xx:xx', 'id': '2', 'r': 'sensors', 't': 'event', 'e': 'changed'}``` 113 | or 114 | ```2018-12-29 20:54:04.979 (deConz) Banned device > 2 (sensors)``` 115 | To solve them, no need to reboot, just restart the plugin, it synchronises at every start. 116 | To restart plugin : Tab "Hardware" > select the hardware "deCONZ" then click "Update" 117 | - If your system doesn't support python "Request" lib, you can try older version < 1.0.9. 118 | 119 | ## Changelog. 120 | - 15/05/25 : 1.0.34 > Make custom page working again, improve Aqara Cube Pro T1 support, thx @Sumd84 . 121 | - 17/03/25 : 1.0.33 > Solve issue for air quality sensor again. 122 | - 20/10/24 : 1.0.32 > Solve issue during installation for dockers users (thx to @RneeJ), solve issue for air quality sensor. 123 | - 27/04/24 : 1.0.31 > Solve issue about "invalid literal", solve issue about CLIPDaylightOffset, solve issue if you use ENABLEBATTERYWIDGET. 124 | - 10/02/24 : 1.0.30 > Solve issue with "mode" widget for thermostat, improve air quality sensor support. 125 | - 28/10/23 : 1.0.29 > Add support for moisture sensor, add support for double consumption, add an error widget about deconz status. 126 | - 24/05/23 : 1.0.28 > Add support for New Xiaomi Cube T1/ T1 pro thx @Sumd84 , the widget created by the option "ENABLEBATTERYWIDGET" have now different icons according to batery level, thx @BabaIsYou , remove error about "capabilities". 127 | - 17/02/23 : 1.0.27 > Add special support for the Ikea Starkvind thx @arjannv , add support for the Alarm System, and the support for keypad, see https://github.com/Smanar/Domoticz-deCONZ/wiki/How-to-add-keypad-to-domoticz thx @BabaIsYou , add new option ENABLEBATTERYWIDGET ,remove "capabilities" error message. 128 | - 12/11/22 : 1.0.26 > Make the widget for covering work again, following the Domoticz update. Create a widget with consumption and power for some devices that are able to support it, (thx @BabaIsYou) 129 | - 10/09/22 : 1.0.25 > It's now possible to clean the unused API key used for Hue Essentials, add support for binary module, with the develco one, add "pulseconfiguration" as possible setting in the GUI, thx @Jemand . 130 | - Correct an issue for thermostat with "mode" not updated. 131 | - 08/05/22 : 1.0.24 > This version contain various correctives for consumption/power sensors. 132 | - 15/03/22 : 1.0.23 > Can create tension and current widget (need to be enabled in hardware panel), new path system for docker installation (to correct front end issue), Add new field in config, to be used as special setting later, somes change on covering support. 133 | - 29/12/21 : 1.0.22 > Add specific widget for the Ikea Styrbar, optimisation/update for covering, some devices correctives, thx to @veitk, @RDols and @sonar98. 134 | - 20/09/21 : 1.0.21 > Warning device use now a selector switch instead of a 2 position one, add some new value for ZGP switches, repair the front end to be able to set "0" value, add a tool to clean the API key list. 135 | - 03/07/21 : 1.0.20 > add primary support for ZHAAirQuality, repair of frontend, now it s possible again to configure device. 136 | - 15/06/21 : 1.0.19 > Make special widget for Tuya switches and philips RWL02 one. Starting to repair siren. Increase Websocket buffer to prevent message "Incomplete JSON keep it for later". Add the possibility to see the deconz config on the front-end. 137 | - 18/04/21 : 1.0.18 > Set light state to off if detected off line (thx @nonolk), starting to implement ZHADoorlock. 138 | - 14/03/21 : 1.0.17 > Grammar corrections, corrective for power sensor, can retreive raw data from Xiaomi cube (to get side), improve widget for extended color light, adding remote covering devices. 139 | - 13/12/20 : 1.0.16 > Correction to support Ally thermostat (@johnsprogs), the Xiaomi sensor return the 3 angles (@flopp999), the xiaomi cube can give complete information (@kispalsz ), Color correction for devices that don't support XY, the frontend (@JayPearlman), support of the Lidl Melinera Smart XMAS LED string lights (@sonar98), can specify type for group (@Plantje). 140 | - 01/08/20 : 1.0.15 > Better support for Friend of HUE device. Disable error message about the gateway. 141 | - 25/06/20 : 1.0.14 > Handle the new websocket "attr", special widget for Xiaomi Aqara single gang (thx to @markiboy2all). 142 | - 28/05/20 : 1.0.13 > Delete banned_devices.txt from github, it will be created by the plugin, create specific widget for Aquara Opple and Xiaomi double gang (thx to @eserero), critic bug correction for Xiaomi plug (thx to @xxLeoxx93). 143 | - 27/01/20 : 1.0.12 > Correction for some Philips hue, correction for thermostat devices, change consumption widget for some devices, remove domoticz batterie alert if device have bad return for battery level, patch for group with UniqueId. 144 | - 09/11/19 : 1.0.11 > All unknows devices will be recognized as on/off controler, because some working device have "Unknow" as type. Improving detection for fan and range extender. Adding Thermostat support (thx to @salopette). Adding support for long press on ikea remote. Reparation for Shutter control. 145 | - 23/08/19 : 1.0.10 > Add message information for missing requests lib, make special device for "Tradfri on/off_switch" (thx @erwan2345). The plugin can now add itself missing groups after the starting. Another division by zero correction. Patch for virtual devices with same UniqueId. 146 | - 20/06/19 : 1.0.9 > Compare database to check deleted devices. Code clean up. The plugin can now add itself missing devices after the starting. Trying to synchronise at start only if the gateway seem ready. Change request code (cf remark). Change Websocket code (thx @salopette). 147 | - 03/05/19 : 1.0.8 > Adding a tool to delete all useless key created everytime launching Phoscon. Setting Websocket port is now useless. Change switches icon for button instead of bulb. Prevent the system be freezed if the gateway don't answer at a request and using queue list for request to prevent collision. Adding scenes control.Adding some missing bulbs. 148 | - 14/04/19 : 1.0.7 > Special version, because of a problem in a feature I have make and a deconz version >= 2.05.62, bulb will be set to off just after set to on. 149 | - 07/04/19 : 1.0.6 > starting to implement vibration sensor/Carbonmonoxide sensor/Window covering/thermostat/door lock. Trying to correct bad JSON data on normal connexion. Enable timeout display for no rechables devices. Devices Units correction (thx @fswmlu). Corrections for initialisation device on plugin start and bug on banning groups (Thx @dobber81). 150 | - 04/03/19 : 1.0.5 > improve the case deCONZ is not on same machine than Domoticz. Groups reparation, now you can send for example a color level to a complete group with only 1 device. Device update modification, for fast event, like if you press a switch too fast. 151 | - 02/02/19 : 1.0.4 > Modification the way the plugin receive data. Decrease the device update amount, less logs, less notifications, but at least 1 update every 24h to see if the device is still alive. 152 | - 22/01/19 : 1.0.3 > Division by zero bug correction, adding some missing devices, and Xiaomi water leak update (thx to @stefan1957 and @AdamWeglarz) 153 | - 12/01/19 : 1.0.2 > Correction in the situation the user don't have a device category, for example, no bulbs. 154 | - 11/01/19 : 1.0.1 > First official version, The Xiaomi cube now use custom sensor for Rotation, it send now numeric value, so you can use it to vary a light or a volume speaker. 155 | -------------------------------------------------------------------------------- /fonctions.py: -------------------------------------------------------------------------------- 1 | #!/usr/bin/env python3 2 | # coding: utf-8 -*- 3 | 4 | from struct import unpack 5 | import json 6 | 7 | #import DomoticzEx as Domoticz 8 | import Domoticz 9 | buffercommand = {} 10 | 11 | BOOLEAN_SENSOR = ['flag', 'water', 'fire', 'presence', 'carbonmonoxide', 'daylight', 'alarm', 'lock'] 12 | 13 | #**************************************************************************************************** 14 | # Global fonctions 15 | 16 | 17 | def get_JSON_payload(data): 18 | """Parse length of payload and return it.""" 19 | start = 2 20 | length = ord(data[1:2]) 21 | if length == 126: 22 | # Payload information are an extra 2 bytes. 23 | start = 4 24 | length, = unpack(">H", data[2:4]) 25 | elif length == 127: 26 | # Payload information are an extra 6 bytes. 27 | start = 8 28 | length, = unpack(">I", data[2:6]) 29 | end = start + length 30 | payload = json.loads(data[start:end].decode()) 31 | extra_data = data[end:] 32 | 33 | return payload, extra_data 34 | 35 | def DecodeByteArray(stringStreamIn): 36 | # Turn string values into opererable numeric byte values 37 | byteArray = [ord(character) for character in stringStreamIn] 38 | datalength = byteArray[1] & 127 39 | indexFirstMask = 2 40 | 41 | if datalength == 126: 42 | indexFirstMask = 4 43 | elif datalength == 127: 44 | indexFirstMask = 10 45 | 46 | indexFirstDataByte = indexFirstMask 47 | 48 | #Data are masked ? 49 | if byteArray[1] & 128: 50 | # Extract masks 51 | masks = [m for m in byteArray[indexFirstMask : indexFirstMask+4]] 52 | indexFirstDataByte = indexFirstDataByte + 4 53 | print (str(masks)) 54 | else: 55 | masks = [0,0,0,0] 56 | 57 | # List of decoded characters 58 | decodedChars = [] 59 | i = indexFirstDataByte 60 | j = 0 61 | 62 | # Loop through each byte that was received 63 | while i < len(byteArray): 64 | 65 | # Unmask this byte and add to the decoded buffer 66 | decodedChars.append( chr(byteArray[i] ^ masks[j % 4]) ) 67 | i += 1 68 | j += 1 69 | 70 | # Return the decoded string 71 | return ''.join(decodedChars).strip() 72 | 73 | def rgb_to_xy(rgb): 74 | ''' convert rgb tuple to xy tuple ''' 75 | red, green, blue = rgb 76 | r = ((red + 0.055) / (1.0 + 0.055))**2.4 if (red > 0.04045) else (red / 12.92) 77 | g = ((green + 0.055) / (1.0 + 0.055))**2.4 if (green > 0.04045) else (green / 12.92) 78 | b = ((blue + 0.055) / (1.0 + 0.055))**2.4 if (blue > 0.04045) else (blue / 12.92) 79 | X = r * 0.664511 + g * 0.154324 + b * 0.162028 80 | Y = r * 0.283881 + g * 0.668433 + b * 0.047685 81 | Z = r * 0.000088 + g * 0.072310 + b * 0.986039 82 | cx = 0 83 | cy = 0 84 | if (X + Y + Z) != 0: 85 | cx = X / (X + Y + Z) 86 | cy = Y / (X + Y + Z) 87 | return (cx, cy) 88 | 89 | def rgb_to_hsl(rgb): 90 | ''' convert rgb tuple to hls tuple ''' 91 | r, g, b = rgb 92 | r = float(r/255) 93 | g = float(g/255) 94 | b = float(b/255) 95 | high = max(r, g, b) 96 | low = min(r, g, b) 97 | h, s, l = ((high + low) / 2,)*3 98 | 99 | if high == low: 100 | h = 0.0 101 | s = 0.0 102 | else: 103 | d = high - low 104 | s = d / (2 - high - low) if l > 0.5 else d / (high + low) 105 | h = { 106 | r: (g - b) / d + (6 if g < b else 0), 107 | g: (b - r) / d + 2, 108 | b: (r - g) / d + 4, 109 | }[high] 110 | h /= 6 111 | 112 | return h, s, l 113 | 114 | def hsl_to_rgb(h, s, l): 115 | def hue_to_rgb(p, q, t): 116 | t += 1 if t < 0 else 0 117 | t -= 1 if t > 1 else 0 118 | if t < 1/6: return p + (q - p) * 6 * t 119 | if t < 1/2: return q 120 | if t < 2/3: p + (q - p) * (2/3 - t) * 6 121 | return p 122 | 123 | if s == 0: 124 | r, g, b = l, l, l 125 | else: 126 | q = l * (1 + s) if l < 0.5 else l + s - l * s 127 | p = 2 * l - q 128 | r = hue_to_rgb(p, q, h + 1/3) 129 | g = hue_to_rgb(p, q, h) 130 | b = hue_to_rgb(p, q, h - 1/3) 131 | 132 | return r, g, b 133 | 134 | def xy_to_rgb(x, y, brightness = 1): 135 | 136 | x = float(x) 137 | y = float(y) 138 | z = 1.0 - x - y; 139 | 140 | #Bad values 141 | if x == 0 or y == 0: 142 | return {'r': 0, 'g': 0, 'b': 0} 143 | 144 | Y = brightness 145 | X = (Y / y) * x 146 | Z = (Y / y) * z 147 | 148 | r = X * 1.656492 - Y * 0.354851 - Z * 0.255038; 149 | g = -X * 0.707196 + Y * 1.655397 + Z * 0.036152; 150 | b = X * 0.051713 - Y * 0.121364 + Z * 1.011530; 151 | 152 | r = 12.92 * r if r <= 0.0031308 else (1.0 + 0.055) * pow(r, (1.0 / 2.4)) - 0.055 153 | g = 12.92 * g if g <= 0.0031308 else (1.0 + 0.055) * pow(g, (1.0 / 2.4)) - 0.055 154 | b = 12.92 * b if b <= 0.0031308 else (1.0 + 0.055) * pow(b, (1.0 / 2.4)) - 0.055 155 | 156 | if (r > b) and (r > g): 157 | if (r > 1.0): 158 | g = g / r 159 | b = b / r 160 | r = 1.0 161 | 162 | elif (g > b) and (g > r): 163 | if (g > 1.0): 164 | r = r / g 165 | b = b / g 166 | g = 1.0 167 | 168 | elif (b > r) and (b > g): 169 | if (b > 1.0): 170 | r = r / b 171 | g = g / b 172 | b = 1.0 173 | 174 | return {'r': int(r * 255), 'g': int(g * 255), 'b': int(b * 255)} 175 | 176 | 177 | def rgb_to_hsv(rgb): 178 | ''' convert rgb tuple to hls tuple ''' 179 | r, g, b = rgb 180 | r = float(r/255) 181 | g = float(g/255) 182 | b = float(b/255) 183 | high = max(r, g, b) 184 | low = min(r, g, b) 185 | h, s, v = high, high, high 186 | 187 | d = high - low 188 | s = 0 if high == 0 else d/high 189 | 190 | if high == low: 191 | h = 0.0 192 | else: 193 | h = { 194 | r: (g - b) / d + (6 if g < b else 0), 195 | g: (b - r) / d + 2, 196 | b: (r - g) / d + 4, 197 | }[high] 198 | h /= 6 199 | 200 | return h, s, v 201 | 202 | 203 | def hsv_to_rgb(h, s, v): 204 | i = math.floor(h*6) 205 | f = h*6 - i 206 | p = v * (1-s) 207 | q = v * (1-f*s) 208 | t = v * (1-(1-f)*s) 209 | 210 | r, g, b = [ 211 | (v, t, p), 212 | (q, v, p), 213 | (p, v, t), 214 | (p, q, v), 215 | (t, p, v), 216 | (v, p, q), 217 | ][int(i%6)] 218 | 219 | return r, g, b 220 | 221 | 222 | def Count_Type(d): 223 | b = l = s = g = o = c = 0 224 | for i in d: 225 | if d[i]['type'] == 'lights': 226 | l += 1 227 | elif d[i]['type'] == 'sensors': 228 | s += 1 229 | elif d[i]['type'] == 'groups': 230 | g += 1 231 | elif d[i]['type'] == 'scenes': 232 | c += 1 233 | else: 234 | o += 1 235 | 236 | if d[i].get('state','unknow') == 'banned': 237 | b += 1 238 | return l,s,g,b,o,c 239 | 240 | def First_Json(data): 241 | s = '' 242 | b = 0 243 | for c in data: 244 | s += c 245 | if c == '{': 246 | b += 1 247 | if c == '}': 248 | b -= 1 249 | if b == 0: 250 | return s 251 | return False 252 | 253 | def JSON_Repair(data): 254 | s = e = p = 0 255 | c = 0 256 | b = '' 257 | 258 | while True: 259 | if c == 0: 260 | p = data.find('[',p) 261 | s = p 262 | else: 263 | p = data.find(']',p) 264 | e = p 265 | c = 1 - c 266 | if p == -1: 267 | break 268 | 269 | if e > s: 270 | if len(b) > 0: 271 | b += ',' 272 | b += data[s + 1:e] 273 | 274 | return '[' + b + ']' 275 | 276 | 277 | 278 | #********************************* 279 | # Table for switch 280 | # 281 | #********************************* 282 | 283 | DevelcoModuleTable = ['1003','1001'] 284 | 285 | XiaomiSingleGangButtonSwitchTable = ['1002','1004','1001'] 286 | 287 | XiaomiDoubleGangButtonSwitchTable = ['1002','2002','3002','1004','2004','3004','1001','2001','3001'] 288 | 289 | IkeaStyrbarButtonSwitchTable = ['1001','1002','1003','2001','2002','2003','3001','3002','3003','4001','4002','4003','5001','5002','5003'] 290 | 291 | 292 | #0 - Off 293 | #single press 294 | #10 - B1 - 1002 295 | #20 - B2 - 2002 296 | #30 - B3 - 3002 297 | #40 - B4 - 4002 298 | #50 - B5 - 5002 299 | #60 - B6 - 6002 300 | #long press 301 | #70 - B1L - 1001 302 | #80 - B2L - 2001 303 | #90 - B3L - 3001 304 | #100 - B4L - 4001 305 | #110 - B5L - 5001 306 | #120 - B6L - 6001 307 | #release afer long press (not working for some reason) 308 | #130 - B1RL - 1003 309 | #140 - B2RL - 2003 310 | #150 - B3RL - 3003 311 | #160 - B4RL - 4003 312 | #170 - B5RL - 5003 313 | #180 - B6RL - 6003 314 | #double press 315 | #190 - B1D - 1004 316 | #200 - B2D - 2004 317 | #210 - B3D - 3004 318 | #220 - B4D - 4004 319 | #230 - B5D - 5004 320 | #240 - B6D - 6004 321 | #tripple press 322 | #250 - B1T - 1005 323 | #260 - B2T - 2005 324 | #270 - B3T - 3005 325 | #280 - B4T - 4005 326 | #290 - B5T - 5005 327 | #300 - B6T - 6005 328 | XiaomiOpple6ButtonSwitchTable = ['1002','2002','3002','4002','5002','6002','1001','2001','3001','4001','5001','6001','1003','2003','3003','4003','5003','6003', 329 | '1004','2004','3004','4004','5004','6004','1005','2005','3005','4005','5005','6005'] 330 | 331 | TuyaXGangButtonSwitchTable = ['1002','1003','1004','2002','2003','2004','3002','3003','3004','4002','4003','4004'] 332 | 333 | PhilipsRWL02ButtonSwitchTable = ['1002','1003','2002','2003','3002','3003','4002','4003'] 334 | 335 | #************************************************************************************************** 336 | # Domoticz fonctions 337 | # 338 | #https://github.com/dresden-elektronik/deconz-rest-plugin/wiki/Supported-Devices 339 | 340 | def ProcessAllConfig(data,model,option): 341 | kwarg = {} 342 | 343 | buffercommand.clear() 344 | 345 | if 'battery' in data: 346 | kwarg.update(ReturnUpdateValue( 'battery' , data['battery'] ) ) 347 | if 'heatsetpoint' in data: 348 | kwarg.update(ReturnUpdateValue( 'heatsetpoint' , data['heatsetpoint'] ) ) 349 | if 'mode' in data: 350 | #if not (data['mode'] == 'off' and data['on'] == True): 351 | kwarg.update(ReturnUpdateValue( 'mode' , data['mode'] , model ) ) 352 | if 'preset' in data: 353 | kwarg.update(ReturnUpdateValue( 'preset' , data['preset'] ) ) 354 | if 'lock' in data: 355 | kwarg.update(ReturnUpdateValue( 'lock' , data['lock'] ) ) 356 | 357 | if 'reachable' in data: 358 | if data['reachable'] == False: 359 | kwarg.update({'TimedOut':1}) 360 | 361 | return kwarg 362 | 363 | def ProcessAllState(data,model,option): 364 | # Lux need to be > lightlevel > daylight > dark 365 | # xy > ct > bri > on/off 366 | # consumption > power 367 | # status > daylight > all 368 | # alert need to be first, bcause less important than other 369 | 370 | buffercommand.clear() 371 | 372 | kwarg = {} 373 | 374 | if 'alert' in data: 375 | kwarg.update(ReturnUpdateValue('alert', data['alert'], model)) 376 | if 'status' in data: 377 | kwarg.update(ReturnUpdateValue('status', data['status'])) 378 | if 'measured_value' in data: 379 | kwarg.update(ReturnUpdateValue('airqualityppb', data['measured_value'], option)) 380 | if 'pm2_5' in data: 381 | kwarg.update(ReturnUpdateValue('airqualityppb', data['pm2_5'], option)) 382 | if 'on' in data: 383 | kwarg.update(ReturnUpdateValue('on', data['on'], model)) 384 | if 'x' in data: 385 | kwarg.update(ReturnUpdateValue('x', data['x'])) 386 | if 'y' in data: 387 | kwarg.update(ReturnUpdateValue('y', data['y'])) 388 | if 'xy' in data: 389 | kwarg.update(ReturnUpdateValue('xy', data['xy'])) 390 | if 'ct' in data: 391 | kwarg.update(ReturnUpdateValue('ct', data['ct'])) 392 | if 'temperature' in data: 393 | kwarg.update(ReturnUpdateValue('temperature', data['temperature'])) 394 | if 'pressure' in data: 395 | kwarg.update(ReturnUpdateValue('pressure', data['pressure'])) 396 | if 'humidity' in data: 397 | kwarg.update(ReturnUpdateValue('humidity', data['humidity'])) 398 | if 'moisture' in data: 399 | kwarg.update(ReturnUpdateValue('moisture', data['moisture'])) 400 | if 'open' in data: 401 | kwarg.update(ReturnUpdateValue('open', data['open'])) 402 | if 'presence' in data: 403 | kwarg.update(ReturnUpdateValue('presence', data['presence'])) 404 | if 'daylight' in data: 405 | kwarg.update(ReturnUpdateValue('daylight', data['daylight'])) 406 | #if 'lightlevel' in data: 407 | # kwarg.update(ReturnUpdateValue('lightlevel', data['lightlevel'])) 408 | if 'lux' in data: 409 | kwarg.update(ReturnUpdateValue('lux', data['lux'])) 410 | if 'power' in data: 411 | kwarg.update(ReturnUpdateValue('power', data['power'])) 412 | if 'consumption' in data: 413 | kwarg.update(ReturnUpdateValue('consumption', data['consumption'], option)) 414 | if 'battery' in data: 415 | kwarg.update(ReturnUpdateValue('battery', data['battery'])) 416 | if 'buttonevent' in data: 417 | kwarg.update(ReturnUpdateValue('buttonevent', data['buttonevent'])) 418 | if 'flag' in data: 419 | kwarg.update(ReturnUpdateValue('flag', data['flag'])) 420 | if 'water' in data: 421 | kwarg.update(ReturnUpdateValue('water', data['water'])) 422 | if 'fire' in data: 423 | kwarg.update(ReturnUpdateValue('fire', data['fire'])) 424 | if 'alarm' in data: 425 | kwarg.update(ReturnUpdateValue('alarm', data['alarm'])) 426 | if 'carbonmonoxide' in data: 427 | kwarg.update(ReturnUpdateValue('carbonmonoxide', data['carbonmonoxide'])) 428 | if 'lockstate' in data: 429 | kwarg.update(ReturnUpdateValue('lockstate', data['lockstate'])) 430 | if 'airqualityppb' in data: 431 | kwarg.update(ReturnUpdateValue('airqualityppb', data['airqualityppb'])) 432 | if 'bri' in data: 433 | kwarg.update(ReturnUpdateValue('bri', data['bri'], model) ) 434 | if 'lift' in data: 435 | kwarg.update(ReturnUpdateValue('lift', data['lift'], model) ) 436 | if 'voltage' in data: 437 | kwarg.update(ReturnUpdateValue( 'voltage' , data['voltage'], model) ) 438 | if 'current' in data: 439 | kwarg.update(ReturnUpdateValue( 'current' , data['current'], model ) ) 440 | if 'action' in data: 441 | kwarg.update(ReturnUpdateValue( 'action' , data['action'], model ) ) 442 | if 'speed' in data: 443 | kwarg.update(ReturnUpdateValue( 'speed' , data['speed'], model ) ) 444 | if 'expectedrotation' in data: 445 | kwarg.update(ReturnUpdateValue( 'expectedrotation' , data['expectedrotation'], model ) ) 446 | #if 'lastupdated' in data: 447 | # kwarg.update(ReturnUpdateValue('lastupdated', data['lastupdated'])) 448 | 449 | #For groups 450 | if 'all_on' in data: 451 | kwarg.update(ReturnUpdateValue('all_on', data['all_on'])) 452 | if 'any_on' in data: 453 | kwarg.update(ReturnUpdateValue('any_on', data['any_on'])) 454 | 455 | #Special 456 | if 'reachable' in data: 457 | if data['reachable'] == False: 458 | kwarg.update({'TimedOut':1}) 459 | 460 | return kwarg 461 | 462 | def ReturnUpdateValue(command, val ,option = None): 463 | 464 | if not val: 465 | val = 0 466 | 467 | val = str(val) 468 | command = str(command) 469 | 470 | kwarg = {} 471 | 472 | #operator 473 | if command == 'on': 474 | if val == 'True': 475 | kwarg['nValue'] = 1 476 | if option == 'Window covering device': 477 | kwarg['sValue'] = '100' 478 | else: 479 | kwarg['sValue'] = 'on' 480 | else: 481 | kwarg['nValue'] = 0 482 | if option == 'Window covering device': 483 | kwarg['sValue'] = '0' 484 | else: 485 | kwarg['sValue'] = 'off' 486 | 487 | if command == 'alert': 488 | #Can be none, lselect, select, blink 489 | if val == 'select': 490 | kwarg['nValue'] = 10 491 | kwarg['sValue'] = '10' 492 | elif val == 'lselect': 493 | kwarg['nValue'] = 20 494 | kwarg['sValue'] = '20' 495 | elif val == 'blink': 496 | kwarg['nValue'] = 30 497 | kwarg['sValue'] = '30' 498 | else: 499 | kwarg['nValue'] = 0 500 | kwarg['sValue'] = 'Off' 501 | 502 | if command == 'lift': 503 | val = int(val) 504 | if val <= 0: 505 | kwarg['sValue'] = '0' 506 | kwarg['nValue'] = 0 507 | elif val >= 100: 508 | kwarg['sValue'] = '100' 509 | kwarg['nValue'] = 1 510 | else: 511 | kwarg['sValue'] = str(val) 512 | kwarg['nValue'] = 2 513 | 514 | if command == 'bri': 515 | #kwarg['nValue'] = 1 516 | val = int(float(val) * 100 / 255 ) 517 | if option == 'Window covering device': 518 | if val < 2: 519 | kwarg['sValue'] = '0' 520 | kwarg['nValue'] = 0 521 | elif val > 99: 522 | kwarg['sValue'] = '100' 523 | kwarg['nValue'] = 1 524 | else: 525 | kwarg['sValue'] = str(val) 526 | kwarg['nValue'] = 2 527 | else: 528 | kwarg['sValue'] = str(val) 529 | 530 | if command == 'x' or command == 'y': 531 | buffercommand[command] = val 532 | if buffercommand.get('x') and buffercommand.get('y'): 533 | rgb = xy_to_rgb(int(buffercommand['x'])/65536.0,int(buffercommand['y'])/65536.0,1) 534 | kwarg['Color'] = '{"b":' + str(rgb['b']) + ',"cw":0,"g":' + str(rgb['g']) + ',"m":3,"r":' + str(rgb['r']) + ',"t":0,"ww":0}' 535 | buffercommand.clear() 536 | 537 | if command == 'xy': 538 | x,y = eval(str(val)) 539 | rgb = xy_to_rgb(x,y,1) 540 | #kwarg['nValue'] = 1 541 | #kwarg['sValue'] = str(255) 542 | kwarg['Color'] = '{"b":' + str(rgb['b']) + ',"cw":0,"g":' + str(rgb['g']) + ',"m":3,"r":' + str(rgb['r']) + ',"t":0,"ww":0}' 543 | 544 | if command == 'ct': 545 | #Correct values are from 153 (6500K) up to 588 (1700K) so uselss if < 1 546 | if int(val) > 1: 547 | ct = 1000000 // int(val) 548 | ct = -((ct - 1700) / ((6500.0-1700.0)/255.0) - 255 ) 549 | ct = int(ct) 550 | if ct < 0: 551 | ct = 0 552 | if ct > 255: 553 | ct = 255 554 | #kwarg['nValue'] = 1 555 | #kwarg['sValue'] = str(255) 556 | if not 'Color' in kwarg: 557 | kwarg['Color'] = '{"m":2,"r":0,"g":0,"b":0,"t":' + str(ct) + ',"ww":' + str(ct) + ',"cw":' + str(255 - ct) + '}' 558 | 559 | #groups 560 | if command == 'all_on' or command == 'any_on': 561 | if val == 'True': 562 | kwarg['nValue'] = 1 563 | kwarg['sValue'] = 'on' 564 | else: 565 | kwarg['nValue'] = 0 566 | kwarg['sValue'] = 'off' 567 | 568 | #sensor 569 | if command == 'open': 570 | if val == 'True': 571 | kwarg['nValue'] = 1 572 | kwarg['sValue'] = 'Open' 573 | else: 574 | kwarg['nValue'] = 0 575 | kwarg['sValue'] = 'Closed' 576 | 577 | if command == 'lockstate': 578 | if val == 'locked': 579 | kwarg['nValue'] = 0 580 | kwarg['sValue'] = 'Closed' 581 | else: 582 | kwarg['nValue'] = 1 583 | kwarg['sValue'] = 'Open' 584 | 585 | if command in BOOLEAN_SENSOR: 586 | if val == 'True': 587 | kwarg['nValue'] = 1 588 | kwarg['sValue'] = 'On' 589 | else: 590 | kwarg['nValue'] = 0 591 | kwarg['sValue'] = 'Off' 592 | 593 | if command == 'temperature': 594 | kwarg['nValue'] = 0 595 | val = round(float(val) / 100, 2 ) 596 | kwarg['sValue'] = str(val) 597 | 598 | if command == 'heatsetpoint': 599 | val = round( int(val) / 100, 2 ) 600 | #ignore boost and off value 601 | if val != 5 and val != 30: 602 | kwarg['heatsetpoint'] = str(val) 603 | 604 | if command == 'mode': 605 | if val == 'off': 606 | kwarg['mode'] = 0 607 | if option == 'ZHAAirPurifier': 608 | #ventilator 609 | if val == 'auto': 610 | kwarg['mode'] = 10 611 | if val == 'speed_1': 612 | kwarg['mode'] = 20 613 | if val == 'speed_2': 614 | kwarg['mode'] = 30 615 | if val == 'speed_3': 616 | kwarg['mode'] = 40 617 | if val == 'speed_4': 618 | kwarg['mode'] = 50 619 | if val == 'speed_5': 620 | kwarg['mode'] = 26 621 | else: 622 | #thermostat 623 | if val == 'heat': 624 | kwarg['mode'] = 10 625 | if val == 'auto': 626 | kwarg['mode'] = 20 627 | 628 | if command == 'preset': 629 | if val == 'off': 630 | kwarg['preset'] = 0 631 | if val == 'holiday': 632 | kwarg['preset'] = 10 633 | if val == 'auto': 634 | kwarg['preset'] = 20 635 | if val == 'manual': 636 | kwarg['preset'] = 30 637 | if val == 'comfort': 638 | kwarg['preset'] = 40 639 | if val == 'eco': 640 | kwarg['preset'] = 50 641 | if val == 'boost': 642 | kwarg['preset'] = 60 643 | if val == 'complex': 644 | kwarg['preset'] = 70 645 | if val == 'program': 646 | kwarg['preset'] = 80 647 | 648 | if command == 'status': 649 | if int(float(val)) == 0: 650 | kwarg['nValue'] = 0 651 | kwarg['sValue'] = str(val) 652 | else: 653 | kwarg['nValue'] = 1 654 | kwarg['sValue'] = str(val) 655 | 656 | if command == 'pressure': 657 | val = int(float(val)) 658 | if val < 1000: 659 | Bar_forecast = 4 660 | elif val < 1020: 661 | Bar_forecast = 3 662 | elif val < 1030: 663 | Bar_forecast = 2 664 | else: 665 | Bar_forecast = 1 666 | kwarg['nValue'] = 0 667 | kwarg['sValue'] = str(val) + ';' + str(Bar_forecast) 668 | 669 | # 0=Normal, 1=Comfortable, 2=Dry, 3=Wet 670 | if command == 'humidity': 671 | val = int(float(val) / 100) 672 | kwarg['nValue'] = val 673 | if val <= 40: 674 | kwarg['sValue'] = '2' 675 | elif val<=70: 676 | kwarg['sValue'] = '1' 677 | else: 678 | kwarg['sValue'] = '3' 679 | 680 | if command == 'moisture': 681 | val = int(float(val) / 100) 682 | # Val is a value 0 to 100, need to be converted in 0 to 200 683 | #00 - 09 = saturated 684 | #10 - 19 = adequately wet 685 | #20 - 59 = irrigation advice 686 | #60 - 99 = irrigation 687 | #100-200 = Dangerously dry 688 | 689 | kwarg['nValue'] = (100-val) * 2 690 | 691 | if (command == 'lightlevel') or (command == 'lux'): 692 | kwarg['nValue'] = 0 693 | kwarg['sValue'] = str(val) 694 | 695 | if command == 'voltage': 696 | kwarg['voltage'] = int(val) 697 | 698 | if command == 'current': 699 | kwarg['current'] = int(val) 700 | 701 | if command == 'airqualityppb': 702 | kwarg['sValue'] = str(float(val)) 703 | kwarg['nValue'] = int(float(val)) 704 | 705 | if command == 'action': 706 | kwarg['nValue'] = 0 707 | kwarg['sValue'] = str(val) 708 | 709 | if command == 'speed': 710 | kwarg['nValue'] = 0 711 | kwarg['sValue'] = str(val) 712 | 713 | if command == 'consumption_2': 714 | buffercommand['consumption_2'] = round(float(val) * 1, 3) 715 | 716 | if command == 'consumption': 717 | #Wh to Kwh 718 | kwh = round(float(val) * 1, 3) 719 | #Device with power and comsuption 720 | if option == 1: 721 | if buffercommand.get('power'): 722 | p = buffercommand['power'] 723 | buffercommand.clear() 724 | kwarg['nValue'] = 0 725 | kwarg['sValue'] = str(p) + ';' + str(kwh) 726 | #device with only consumption 727 | elif option == 0: 728 | kwarg['nValue'] = 0 729 | kwarg['sValue'] = str(kwh) 730 | #Device with consumption_2 731 | else: 732 | if buffercommand.get('consumption_2'): 733 | p = buffercommand['consumption_2'] 734 | buffercommand.clear() 735 | kwarg['nValue'] = 0 736 | kwarg['sValue'] = str(kwh) + ';' + str(p) + ';0;0;0;0' 737 | 738 | if command == 'power': 739 | buffercommand['power'] = val 740 | kwarg['nValue'] = 0 741 | kwarg['sValue'] = str(val) 742 | 743 | if command == 'expectedrotation': 744 | kwarg['nValue'] = int(val) 745 | 746 | if kwarg['nValue'] == 0: 747 | kwarg['sValue'] = 'Off' 748 | else: 749 | kwarg['sValue'] = str( kwarg['nValue'] ) 750 | 751 | 752 | #switch 753 | if command == 'buttonevent': 754 | kwarg['nValue'] = int(val) 755 | kwarg['sValue'] = str(val) 756 | 757 | # other 758 | if command == 'battery': 759 | if (not val.isdigit()) or (val == '0'): 760 | kwarg['BatteryLevel'] = 255 761 | else: 762 | kwarg['BatteryLevel'] = int(val) 763 | 764 | if command == 'xxxx': 765 | kwarg['SignalLevel'] = 100 766 | 767 | #if command == 'lastupdated': 768 | # kwarg['LastUpdate'] = val.replace('T',' ') 769 | 770 | return kwarg 771 | 772 | #https://github.com/dresden-elektronik/deconz-rest-plugin/issues/138 773 | def ButtonconvertionXCUBE_R(val): 774 | kwarg = {} 775 | 776 | kwarg['nValue'] = int(val) 777 | 778 | if kwarg['nValue'] == 0: 779 | kwarg['sValue'] = 'Off' 780 | else: 781 | kwarg['sValue'] = str( kwarg['nValue'] ) 782 | 783 | return kwarg 784 | 785 | def ButtonconvertionXCUBE(val): 786 | kwarg = {} 787 | val = str(val) 788 | v = 0 789 | 790 | if val == '7007':# shake 791 | v = 10 792 | elif val == '7000': # wake 793 | v = 20 794 | elif val == '7008':# drop 795 | v = 30 796 | elif int(val[3]) == (7 - int(val[0])) :# 180 flip 797 | v = 50 798 | elif val[1:] == '000':# push 799 | v = 60 800 | elif val[0] == val[3]:# double tap 801 | v = 70 802 | else:# 90 flip 803 | v = 40 804 | 805 | if v == 0: 806 | kwarg['sValue'] = 'Off' 807 | else: 808 | kwarg['sValue'] = str( v ) 809 | 810 | kwarg['nValue'] = int(val) 811 | 812 | return kwarg 813 | 814 | def ButtonconvertionXCUBET1(val, gesture): 815 | kwarg = {} 816 | gest = int(gesture) 817 | face = str(val) 818 | v = 0 819 | 820 | if gest == 0: # wake 821 | v = 20 822 | elif gest == 1: # shake 823 | v = 10 824 | elif gest == 2: # Drop 825 | v = 30 826 | elif gest == 3: # 90 flip 827 | v = 40 828 | elif gest == 4: # 180 flip 829 | v = 50 830 | elif gest == 5: # push 831 | v = 60 832 | elif gest == 6: # double tap 833 | v = 70 834 | else: # Unknown 835 | v = 0 836 | 837 | if v == 0: 838 | kwarg['sValue'] = 'Off' 839 | else: 840 | kwarg['sValue'] = str( v ) 841 | 842 | kwarg['nValue'] = v 843 | 844 | return kwarg 845 | 846 | def ButtonconvertionXCUBEPROT1(val, gesture): 847 | kwarg = {} 848 | gest = int(gesture) 849 | face = str(val) 850 | v = 0 851 | 852 | if gest == 0: # wake 853 | v = 70 854 | elif gest == 1: # shake 855 | v = 80 856 | elif gest == 2: # Free Fall 857 | v = 110 858 | elif gest == 3: # 90 flip 859 | v = int(face[0]) * 10 #add face up number 860 | elif gest == 4: # 180 flip 861 | v = int(face[0]) * 10 #add face up number 862 | elif gest == 5: # push 863 | v = 90 864 | elif gest == 6: # double tap 865 | v = 100 866 | else:# Unknown 867 | v = 0 868 | 869 | if v == 0: 870 | kwarg['sValue'] = 'Off' 871 | else: 872 | kwarg['sValue'] = str( v ) 873 | 874 | kwarg['nValue'] = v 875 | 876 | return kwarg 877 | 878 | # <=4002 >=5002 +=2002 -=3002 4001/5001/2001/3001 879 | def ButtonconvertionTradfriRemote(val): 880 | kwarg = {} 881 | val = str(val) 882 | 883 | if val == '1002' or val == 1001: 884 | kwarg['nValue'] = 10 885 | elif val == '2002': 886 | kwarg['nValue'] = 20 887 | elif val == '3002': 888 | kwarg['nValue'] = 30 889 | elif val == '4002': 890 | kwarg['nValue'] = 40 891 | elif val == '5002': 892 | kwarg['nValue'] = 50 893 | elif val == '2001': 894 | kwarg['nValue'] = 60 895 | elif val == '3001': 896 | kwarg['nValue'] = 70 897 | elif val == '4001': 898 | kwarg['nValue'] = 80 899 | elif val == '5001': 900 | kwarg['nValue'] = 90 901 | 902 | else: 903 | kwarg['nValue'] = 0 904 | 905 | if kwarg['nValue'] == 0: 906 | kwarg['sValue'] = 'Off' 907 | else: 908 | kwarg['sValue'] = str( kwarg['nValue'] ) 909 | 910 | return kwarg 911 | 912 | def ButtonconvertionTradfriSwitch(val): 913 | kwarg = {} 914 | val = str(val) 915 | 916 | if val == '1002': 917 | kwarg['nValue'] = 10 918 | elif val == '1003': 919 | kwarg['nValue'] = 20 920 | elif val == '2002': 921 | kwarg['nValue'] = 30 922 | elif val == '2003': 923 | kwarg['nValue'] = 40 924 | elif val == '3002': 925 | kwarg['nValue'] = 50 926 | elif val == '4002': 927 | kwarg['nValue'] = 60 928 | elif val == '5002': 929 | kwarg['nValue'] = 70 930 | else: 931 | kwarg['nValue'] = 0 932 | 933 | if kwarg['nValue'] == 0: 934 | kwarg['sValue'] = 'Off' 935 | else: 936 | kwarg['sValue'] = str( kwarg['nValue'] ) 937 | 938 | return kwarg 939 | 940 | def ButtonConvertion(val,model = 0): 941 | kwarg = {} 942 | 943 | kwarg['nValue'] = 0 944 | 945 | #Generic procedure 946 | if model == 0: 947 | 948 | v = 0 949 | Button_Number = 1 950 | e = int(val or 0) 951 | 952 | #Green power device 953 | if e < 1000: 954 | t = [(1,16),(2,17,32),(3,18,33),(4,34),(5,98),(6,99),(7,100),(8,101)] 955 | for i in range(len(t)): 956 | if e in t[i]: 957 | v = (i + 1) * 10 958 | break 959 | 960 | #Normal switch 961 | else: 962 | val = "%04d" % val 963 | Button_Number = val[0] 964 | Button_Action = val[3] 965 | 966 | if Button_Action == '2': # Release (after press) 967 | v = 10 968 | if Button_Action == '3': # Release (after hold) 969 | v = 20 970 | if Button_Action == '4': # Double press 971 | v = 30 972 | if Button_Action == '5': # Triple press 973 | v = 40 974 | if Button_Action == '6': # Quadruple press 975 | v = 50 976 | if Button_Action == '7': # shake 977 | v = 60 978 | 979 | kwarg['nValue'] = v * int(Button_Number) 980 | 981 | else: 982 | val = str(val) 983 | 984 | #Xaomi double gang 985 | if model == 1: 986 | if val in XiaomiDoubleGangButtonSwitchTable: 987 | kwarg['nValue'] = 10 * (1 + XiaomiDoubleGangButtonSwitchTable.index(val)) 988 | #Xaomi Opple 6 buttons 989 | if model == 2: 990 | if val in XiaomiOpple6ButtonSwitchTable: 991 | kwarg['nValue'] = 10 * (1 + XiaomiOpple6ButtonSwitchTable.index(val)) 992 | 993 | if model == 3: 994 | if val in XiaomiSingleGangButtonSwitchTable: 995 | kwarg['nValue'] = 10 * (1 + XiaomiSingleGangButtonSwitchTable.index(val)) 996 | 997 | #Tuya generic 998 | if model == 4: 999 | if val in TuyaXGangButtonSwitchTable: 1000 | kwarg['nValue'] = 10 * (1 + TuyaXGangButtonSwitchTable.index(val)) 1001 | 1002 | #Philips remote 1003 | if model == 5: 1004 | if val in PhilipsRWL02ButtonSwitchTable: 1005 | kwarg['nValue'] = 10 * (1 + PhilipsRWL02ButtonSwitchTable.index(val)) 1006 | 1007 | #Ikea Styrbar 1008 | if model == 6: 1009 | if val in IkeaStyrbarButtonSwitchTable: 1010 | kwarg['nValue'] = 10 * (1 + IkeaStyrbarButtonSwitchTable.index(val)) 1011 | 1012 | #Develco Module 1013 | if model == 7: 1014 | if val in DevelcoModuleTable: 1015 | kwarg['nValue'] = 10 * (1 + DevelcoModuleTable.index(val)) 1016 | 1017 | if kwarg['nValue'] == 0: 1018 | kwarg['sValue'] = 'Off' 1019 | else: 1020 | kwarg['sValue'] = str( kwarg['nValue'] ) 1021 | 1022 | return kwarg 1023 | 1024 | #https://github.com/dresden-elektronik/deconz-rest-plugin/issues/748 1025 | #For the moment only vibrations are working 1026 | def VibrationSensorConvertion(val_v,val_t, val_a): 1027 | 1028 | kwarg = {} 1029 | 1030 | v = 0 1031 | 1032 | if val_v == True: 1033 | v = 10 1034 | 1035 | kwarg['nValue'] = v 1036 | 1037 | if v == 0: 1038 | kwarg['sValue'] = 'Off' 1039 | else: 1040 | kwarg['sValue'] = str( kwarg['nValue'] ) 1041 | 1042 | if val_a: 1043 | kwarg['orientation'] = [ str(val_a), int (val_t or 0) ] 1044 | 1045 | return kwarg 1046 | 1047 | #************************************************************************************************** 1048 | # Front end fonctions 1049 | # 1050 | #************************************************************************************************** 1051 | 1052 | # Code templated from https://github.com/stas-demydiuk/domoticz-zigbee2mqtt-plugin 1053 | def installFE(source_path,templates_path): 1054 | 1055 | import os 1056 | from shutil import copy2 1057 | 1058 | source_path += 'frontend' 1059 | templates_path += 'www/templates' 1060 | 1061 | Domoticz.Status('Source path : ' + str(source_path)) 1062 | Domoticz.Status('Template path : ' + str(templates_path)) 1063 | 1064 | fs = False 1065 | 1066 | try: 1067 | fs = os.path.getsize(templates_path + '/deCONZ.html') 1068 | except: 1069 | pass 1070 | 1071 | #Domoticz.Status('File size : ' + str(fs)) 1072 | 1073 | if fs == 12382: 1074 | Domoticz.Status('Plugin custom pages in date') 1075 | return 1076 | 1077 | Domoticz.Status('Starting the installation of plugin custom page (' + str(fs) + ')...') 1078 | 1079 | try: 1080 | 1081 | Domoticz.Debug('Copying files from ' + source_path + ' to ' + templates_path) 1082 | 1083 | #if not (os.path.isdir(dst_plugin_path)): 1084 | # os.makedirs(dst_plugin_path) 1085 | 1086 | copy2(source_path + '/deCONZ.html', templates_path) 1087 | copy2(source_path + '/deCONZ.js', templates_path) 1088 | 1089 | Domoticz.Log('Installation of plugin custom page completed.') 1090 | except Exception as e: 1091 | Domoticz.Error('Error during the installation of plugin custom page') 1092 | Domoticz.Error(repr(e)) 1093 | 1094 | def uninstallFE(): 1095 | Domoticz.Status('Uninstalling plugin custom page...') 1096 | 1097 | from shutil import rmtree 1098 | 1099 | try: 1100 | templates_path = os.path.abspath(os.path.dirname(os.path.abspath(__file__)) + '/../../www/templates') 1101 | dst_plugin_path = templates_path + '/deCONZ' 1102 | 1103 | Domoticz.Debug('Removing files from ' + templates_path) 1104 | 1105 | #if (os.path.isdir(dst_plugin_path)): 1106 | # rmtree(dst_plugin_path) 1107 | 1108 | if os.path.exists(templates_path + "/deCONZ.html"): 1109 | os.remove(templates_path + "/deCONZ.html") 1110 | 1111 | if os.path.exists(templates_path + "/deCONZ.js"): 1112 | os.remove(templates_path + "/deCONZ.js") 1113 | 1114 | Domoticz.Log('Uninstalled plugin custom page succesfully!') 1115 | except Exception as e: 1116 | Domoticz.Error('Error during uninstalling plugin custom page') 1117 | Domoticz.Error(repr(e)) 1118 | -------------------------------------------------------------------------------- /frontend/deCONZ.html: -------------------------------------------------------------------------------- 1 |
2 | 3 | 42 | 43 | 54 | 55 | 93 | 94 | 133 | 134 | 173 | 174 | 212 | 213 | 229 | 230 | 251 | 252 | 319 | -------------------------------------------------------------------------------- /frontend/deCONZ.js: -------------------------------------------------------------------------------- 1 | define([ 2 | 'app' 3 | ], 4 | 5 | function(app) { 6 | 7 | var renameDeviceModal = { 8 | templateUrl: 'app/deCONZ/RenameModal.html', 9 | controllerAs: '$ctrl', 10 | controller: function($scope, $rootScope, apiDeCONZ) { 11 | var $ctrl = this; 12 | 13 | $ctrl.isUnchanged = true; 14 | $ctrl.device = Object.assign($scope.device); 15 | $ctrl.myname = $ctrl.device.name 16 | $ctrl.renameDevice = function() { 17 | 18 | $ctrl.isSaving = true; 19 | 20 | // Make api call here 21 | payload = new Object() 22 | payload.name = $ctrl.myname 23 | JSONpayload = angular.toJson(payload) 24 | 25 | // console.log('Renaming -> ' + 'deviceclass: ' + $ctrl.device.deviceclass + '\nDevice ID: ' + $ctrl.device.id + '\nBody: ' + JSONpayload); 26 | 27 | apiDeCONZ.setDeCONZdata($ctrl.device.deviceclass, 'PUT', $ctrl.device.id, JSONpayload,'') 28 | .then(function() { 29 | // console.log('Device name updated') 30 | $scope.$emit("refreshDeCONZfunc", $ctrl.device.deviceclass); 31 | }) 32 | .then($scope.$close()) 33 | } 34 | } 35 | }; 36 | 37 | var includeDeviceModal = { 38 | templateUrl: 'app/deCONZ/IncludeModal.html', 39 | controllerAs: '$ctrl', 40 | controller: function($scope, $rootScope, apiDeCONZ) { 41 | var $ctrl = this; 42 | 43 | $ctrl.isUnchanged = true; 44 | $ctrl.device = Object.assign($scope.device); 45 | $ctrl.myname = "XX:XX:XX:XX:XX:XX:XX:XX-XX-XXXX" 46 | $ctrl.includeDevice = function() { 47 | 48 | $ctrl.isSaving = true; 49 | 50 | // Make api call here 51 | payload = new Object() 52 | JSONpayload = angular.toJson(payload) 53 | 54 | // console.log('Renaming -> ' + 'deviceclass: ' + $ctrl.device.deviceclass + '\nDevice ID: ' + $ctrl.device.id + '\nBody: ' + JSONpayload); 55 | 56 | apiDeCONZ.setDeCONZdata($ctrl.device.deviceclass, 'PUT', '1', JSONpayload,'device/' + $ctrl.myname) 57 | .then(function() { 58 | // console.log('Device name updated') 59 | $scope.$emit("refreshDeCONZfunc", $ctrl.device.deviceclass); 60 | }) 61 | .then($scope.$close()) 62 | } 63 | } 64 | }; 65 | 66 | var includeremDeviceModal = { 67 | templateUrl: 'app/deCONZ/IncluderemModal.html', 68 | controllerAs: '$ctrl', 69 | controller: function($scope, $rootScope, apiDeCONZ) { 70 | var $ctrl = this; 71 | 72 | $ctrl.isUnchanged = true; 73 | $ctrl.device = Object.assign($scope.device); 74 | $ctrl.myname = "XX:XX:XX:XX:XX:XX:XX:XX-XX-XXXX" 75 | $ctrl.includeremDevice = function() { 76 | 77 | $ctrl.isSaving = true; 78 | 79 | // Make api call here 80 | payload = new Object() 81 | payload.name = $ctrl.myname 82 | JSONpayload = angular.toJson(payload) 83 | 84 | // console.log('Renaming -> ' + 'deviceclass: ' + $ctrl.device.deviceclass + '\nDevice ID: ' + $ctrl.device.id + '\nBody: ' + JSONpayload); 85 | 86 | apiDeCONZ.setDeCONZdata($ctrl.device.deviceclass, 'DELETE', $ctrl.device.id, JSONpayload,'') 87 | .then(function() { 88 | // console.log('Device name updated') 89 | $scope.$emit("refreshDeCONZfunc", $ctrl.device.deviceclass); 90 | }) 91 | .then($scope.$close()) 92 | } 93 | } 94 | }; 95 | 96 | var configDeviceModal = { 97 | templateUrl: 'app/deCONZ/ConfigModal.html', 98 | controllerAs: '$ctrl', 99 | controller: function($scope, $rootScope, apiDeCONZ) { 100 | var $ctrl = this; 101 | 102 | $ctrl.isUnchanged = true; 103 | $ctrl.device = Object.assign($scope.device); 104 | $ctrl.myname = $ctrl.device.name 105 | $ctrl.deviceconfig = $ctrl.device.config 106 | let oldconfig = Object.assign({}, $ctrl.device.config); 107 | $ctrl.configDevice = function() { 108 | 109 | $ctrl.isSaving = true; 110 | 111 | // Make api call here 112 | payload = new Object() 113 | 114 | for (const [key, value] of Object.entries($ctrl.deviceconfig)) { 115 | if ( oldconfig[key] != value ) { 116 | newvalue = value 117 | if (!isNaN(newvalue)) 118 | { 119 | newvalue = parseInt(newvalue); 120 | } 121 | if(value[0] == "'") { newvalue = value.slice(1, -1);} 122 | if (newvalue == 'false') { newvalue = false; } 123 | if (newvalue == 'true') { newvalue = true; } 124 | payload[key] = newvalue; 125 | } 126 | } 127 | 128 | //payload.name = $ctrl.myname 129 | JSONpayload = angular.toJson(payload) 130 | 131 | console.log('Config -> ' + 'deviceclass: ' + $ctrl.device.deviceclass + '\nDevice ID: ' + $ctrl.device.id + '\nBody: ' + JSONpayload); 132 | 133 | apiDeCONZ.setDeCONZdata($ctrl.device.deviceclass, 'PUT', $ctrl.device.id, JSONpayload,'config') 134 | .then(function() { 135 | // console.log('Device setting updated') 136 | $scope.$emit("refreshDeCONZfunc", $ctrl.device.deviceclass); 137 | }) 138 | .then($scope.$close()) 139 | 140 | } 141 | } 142 | }; 143 | 144 | var deleteDeviceModal = { 145 | templateUrl: 'app/deCONZ/DeleteModal.html', 146 | controllerAs: '$ctrl', 147 | controller: function($scope, $rootScope, apiDeCONZ) { 148 | var $ctrl = this; 149 | 150 | $ctrl.device = Object.assign($scope.device); 151 | $ctrl.myname = $ctrl.device.name 152 | $ctrl.deleteDevice = function() { 153 | 154 | // Make api call here 155 | // console.log('Deleting -> ' + 'deviceclass: ' + $ctrl.device.deviceclass + '\nDevice ID: ' + $ctrl.device.id ); 156 | 157 | apiDeCONZ.setDeCONZdata($ctrl.device.deviceclass, 'DELETE', $ctrl.device.id,'') 158 | .then(function() { 159 | // console.log('Device deleted') 160 | $scope.$emit("refreshDeCONZfunc", $ctrl.device.deviceclass); 161 | }) 162 | .then($scope.$close()) 163 | 164 | $scope.$close() 165 | } 166 | } 167 | }; 168 | 169 | app.component('zzDeconzPlugin', { 170 | templateUrl: 'app/deCONZ/index.html', 171 | controller: deCONZController, 172 | }) 173 | 174 | app.component('zzDeconzPluginsTable', { 175 | bindings: { 176 | zigdevs: '<', 177 | onSelect: '&', 178 | onUpdate: '&' 179 | }, 180 | template: '
', 181 | controller: zzDeconzPluginsTableController, 182 | }); 183 | 184 | function deCONZController($uibModal, $scope, $location, apiDeCONZ) { 185 | 186 | var $ctrl = this 187 | $ctrl.refreshDeCONZ = refreshDeCONZ; 188 | $ctrl.permitJoins = permitJoins; 189 | $ctrl.autoConfPlugin = autoConfPlugin; 190 | 191 | $ctrl.$onInit = function() { 192 | refreshDeCONZ('lights'); 193 | } 194 | 195 | $scope.$on("refreshDeCONZfunc", function (evt, data) { 196 | refreshDeCONZ(data); 197 | }); 198 | 199 | function refreshDeCONZ(deviceClass) { 200 | apiDeCONZ.getDeCONZdata(deviceClass).then(function(zigdevs) { 201 | // console.log('Returned Data Zigbee Devices') 202 | $ctrl.zigdevs = Object.values(zigdevs) 203 | $ctrl.value = deviceClass 204 | 205 | }) 206 | } 207 | 208 | function permitJoins(seconds = 60) { 209 | var JSONpayload 210 | 211 | $ctrl.isJoining = true; 212 | 213 | payload = new Object() 214 | payload.permitjoin = seconds 215 | JSONpayload = angular.toJson(payload) 216 | 217 | apiDeCONZ.setDeCONZdata('config', 'PUT', '', JSONpayload,'').then(function() { 218 | // console.log('Permit Join activated') 219 | }) 220 | .then($uibModal.open({ 221 | templateUrl: 'app/deCONZ/PermitJoinsModal.html', 222 | controllerAs: '$mctrl', 223 | controller: function($scope, $interval, apiDeCONZ) { 224 | var $mctrl = this; 225 | 226 | $scope.countdown = seconds; 227 | 228 | var timer = $interval(function () { 229 | if ($scope.countdown > 0){ 230 | $scope.countdown--; 231 | } else { 232 | $ctrl.isJoining = false; 233 | $interval.cancel(timer); 234 | // console.log('Countdown end') 235 | apiDeCONZ.getDeCONZdata($ctrl.value).then(function(zigdevs) { 236 | // console.log('Returned Zigbee device data') 237 | $ctrl.zigdevs = Object.values(zigdevs) 238 | }); 239 | $scope.$close(); 240 | } 241 | }, 1000); 242 | 243 | $mctrl.endPermit = function() { 244 | 245 | // console.log('End Permit') 246 | 247 | payload = new Object() 248 | payload.permitjoin = 0 249 | JSONpayload = angular.toJson(payload) 250 | 251 | apiDeCONZ.setDeCONZdata('config', 'PUT', '', JSONpayload,'').then(function() { 252 | // console.log('Permit Join de-activated') 253 | }) 254 | .then(apiDeCONZ.getDeCONZdata($ctrl.value).then(function(zigdevs) { 255 | // console.log('Returned Zigbee device data') 256 | $ctrl.zigdevs = Object.values(zigdevs) 257 | })) 258 | 259 | $ctrl.isJoining = false; 260 | 261 | $scope.$close(); 262 | } 263 | } 264 | }) 265 | ); 266 | } 267 | 268 | function autoConfPlugin() { 269 | let configOutput 270 | 271 | apiDeCONZ.checkDeCONZsetup() 272 | .then(configOutput => $uibModal.open({ 273 | templateUrl: 'app/deCONZ/autoConfPluginModal.html', 274 | controllerAs: '$mctrl', 275 | controller: function($scope, $interval, apiDeCONZ) { 276 | var $mctrl = this; 277 | 278 | $scope.apiShowGet = true 279 | 280 | $scope.apiCancelButton = $.t('Cancel') 281 | 282 | $scope.configOutput = angular.fromJson(configOutput) 283 | 284 | $mctrl.getAPIkey = function() { 285 | 286 | payload = new Object() 287 | payload.devicetype = "domoticz_deconz" 288 | JSONpayload = angular.toJson(payload) 289 | 290 | apiDeCONZ.postDeCONZdata(configOutput[0].internalipaddress, configOutput[0].internalport, 'api', JSONpayload, $mctrl.gwPassword).then(function(response) { 291 | // console.log('Response was: ' + angular.toJson(response, true)) 292 | if ("success" in response[0]) { 293 | response[0].API_KEY = response[0].success.username 294 | delete response[0].success; 295 | $scope.apiShowGet = false 296 | $scope.apiCancelButton = $.t('Close') 297 | } 298 | 299 | $scope.configOutput1 = response 300 | }) 301 | } 302 | 303 | $mctrl.setcode0 = function() { 304 | 305 | payload = new Object() 306 | payload.code0 = $mctrl.gwPassword 307 | JSONpayload = angular.toJson(payload) 308 | apiDeCONZ.setDeCONZdata('alarmsystems', 'PUT', "1", JSONpayload,'config').then(function(response) { 309 | // console.log('Response was: ' + angular.toJson(response, true)) 310 | if ("success" in response[0]) { 311 | response[0].Response = "Code 0 Updated" 312 | delete response[0].success; 313 | $scope.apiShowGet = false 314 | $scope.apiCancelButton = $.t('Close') 315 | } 316 | 317 | $scope.configOutput1 = response 318 | }) 319 | } 320 | 321 | $mctrl.cleanAPIkey = function() { 322 | 323 | payload = new Object() 324 | payload.devicetype = "domoticz_deconz" 325 | key_list = {} 326 | 327 | apiDeCONZ.getDeCONZdata("config").then(function(response) { 328 | // console.log('Returned Data Zigbee Devices') 329 | key_list = angular.toJson(response, true) 330 | key_list = response["whitelist"] 331 | 332 | 333 | for(var k in key_list) { 334 | if ((key_list[k]["name"].indexOf("Phoscon#") != -1) || 335 | (key_list[k]["name"].indexOf("deCONZ WebApp") != -1) || 336 | (key_list[k]["name"].indexOf("Hue Essentials#") != -1) || 337 | (key_list[k]["name"].indexOf("homebridge-hue#") != -1)) 338 | { 339 | apiDeCONZ.setDeCONZdata('config/whitelist/' + k, 'DELETE', '', '','').then(function() { 340 | //console.log('Delete API Key : ' + k ) 341 | }) 342 | } 343 | } 344 | 345 | }) 346 | 347 | } 348 | 349 | $mctrl.ConfPlugin = function() { 350 | 351 | payload = new Object() 352 | payload.devicetype = "domoticz_deconz" 353 | //JSONpayload = angular.toJson(payload) 354 | 355 | apiDeCONZ.getDeCONZdata("config").then(function(response) { 356 | // console.log('Returned Data Zigbee Devices') 357 | bootbox.alert('
' + angular.toJson(response, true) + '
') 358 | }) 359 | } 360 | } 361 | }) 362 | ); 363 | } 364 | 365 | } 366 | 367 | app.factory('apiDeCONZ', function($http, $location, $q, $compile, $rootScope, domoticzApi) { 368 | var requestsCount = 0; 369 | var requestsQueue = []; 370 | var apiHost = ""; 371 | var apiPort = ""; 372 | var apiKey = ""; 373 | var onInit = init(); 374 | 375 | return { 376 | sendRequest: sendRequest, 377 | checkDeCONZsetup: checkDeCONZsetup, 378 | getDeCONZdata: getDeCONZdata, 379 | setDeCONZdata: setDeCONZdata, 380 | postDeCONZdata: postDeCONZdata, 381 | }; 382 | 383 | function init() { 384 | 385 | return domoticzApi.sendRequest({ 386 | type: 'command', 387 | param: 'gethardware', 388 | displayhidden: 1, 389 | filter: 'all', 390 | used: 'all' 391 | }) 392 | .then(domoticzApi.errorHandler) 393 | .then(function(response) { 394 | if (response.result === undefined) { 395 | throw new Error('No Plugin devices found') 396 | } 397 | 398 | var apiDevice = response.result 399 | .find(function(plugin) { 400 | return plugin.Extra === 'deCONZ' 401 | }) 402 | 403 | if (!apiDevice) { 404 | throw new Error('No API Device found') 405 | } 406 | // console.log('Setting API data: ' + apiDevice.Address + '\n' + apiDevice.Port + '\n' + apiDevice.Mode2) 407 | 408 | if (apiDevice.Address == '127.0.0.1' | apiDevice.Address == 'localhost') { 409 | // console.log('host is: ' + $location.host()) 410 | apiHost = $location.host() 411 | } else { 412 | apiHost = apiDevice.Address 413 | } 414 | apiPort = apiDevice.Port 415 | apiKey = apiDevice.Mode2 416 | 417 | return; 418 | }); 419 | } 420 | 421 | function checkDeCONZsetup() { 422 | return onInit.then(function() { 423 | var deferred = $q.defer(); 424 | console.log('Checking DeCONZdsetup') 425 | 426 | url = 'https://phoscon.de/discover' 427 | 428 | $http({ 429 | method: 'GET', 430 | url: url, 431 | 432 | }).then(function successCallback(response) { 433 | // console.log('deCONZ: Discover Recieved') 434 | // console.log('response Data:' + angular.toJson(response.data, true)) 435 | 436 | deferred.resolve(response.data) 437 | },function errorCallback(response) { 438 | console.error('Error getting deCONZ Discover data:' + angular.toJson(response, true) ) 439 | bootbox.alert('

' + $.t('Error getting deCONZ Discover data') + '


' + 440 | 'https://phoscon.de/discover') 441 | deferred.reject(response) 442 | }); 443 | 444 | return deferred.promise; 445 | }); 446 | } 447 | 448 | function getDeCONZdata(deviceClass, id = '') { 449 | var url; 450 | 451 | return onInit.then(function() { 452 | var deferred = $q.defer(); 453 | // console.log('getDeCONZdata') 454 | 455 | if (apiKey !== "") { 456 | url = 'http://' + apiHost + ':' + apiPort + '/api/' + apiKey + '/' + deviceClass + '/' + id 457 | // console.log('GET API URL is: ' + url) 458 | $http({ 459 | method: 'GET', 460 | url: url, 461 | 462 | }).then(function successCallback(response) { 463 | // console.log('deCONZ: Data Recieved') 464 | // As there is no IDX and the API requires an ID, we must add back the ID to the array 465 | keys = Object.keys(response.data) 466 | 467 | if (deviceClass == "alarmsystems") { 468 | //hack 469 | // response.data['1'].devices = {"ec:1b:bd:ff:fe:6f:c3:4d-01-0501": {"armmask": "none"}}; 470 | // Make header 471 | response.data['1'].id = keys[i] 472 | response.data['1'].uniqueid = 'Master' 473 | response.data['1'].name = 'Alarm System ' + 'Master' 474 | response.data['1'].deviceclass = deviceClass 475 | response.data['1'].type = 'Alarm System Control' 476 | // Make fields, disabled 477 | if (false) { 478 | keys = Object.keys(response.data['1']['devices']) 479 | for (i = 0; i < keys.length; i++) { 480 | response.data[keys[i]].id = keys[i] 481 | response.data[keys[i]].uniqueid = keys[i] 482 | response.data[keys[i]].name = 'Alarm System ' + keys[i] 483 | response.data[keys[i]].deviceclass = keys[i].armmask 484 | response.data[keys[i]].type = 'Alarm System' 485 | } 486 | } 487 | } 488 | else if (deviceClass != "config") { 489 | // loop through count 490 | for (i = 0; i < keys.length; i++) { 491 | // add id to each object 492 | response.data[keys[i]].id = keys[i] 493 | // add class type to allow puts 494 | response.data[keys[i]].deviceclass = deviceClass 495 | } 496 | } 497 | 498 | deferred.resolve(response.data) 499 | },function errorCallback(response) { 500 | // console.log('Error getting deCONZ data:' + response ) 501 | deferred.reject(response) 502 | }); 503 | } 504 | 505 | return deferred.promise; 506 | }); 507 | } 508 | 509 | function setDeCONZdata(deviceClass, method, id = '', body = '', url2 ='') { 510 | var url; 511 | if (url2) { 512 | url2 = '/' + url2 ; 513 | } 514 | 515 | return onInit.then(function() { 516 | var deferred = $q.defer(); 517 | // console.log('setDeCONZdata') 518 | 519 | if (apiKey !== "") { 520 | url = 'http://' + apiHost + ':' + apiPort + '/api/' + apiKey + '/' + deviceClass + '/' + id + url2 521 | // console.log('SET API URL is: ' + url) 522 | $http({ 523 | method: method, 524 | url: url, 525 | data: body, 526 | 527 | }).then(function successCallback(response) { 528 | // console.log('deCONZ: Data Recieved') 529 | // console.log('response Data:' + angular.toJson(response.data, true)) 530 | 531 | deferred.resolve(response.data) 532 | },function errorCallback(response) { 533 | // console.log('Error getting deCONZ data:' + response ) 534 | deferred.reject(response) 535 | }); 536 | } 537 | 538 | return deferred.promise; 539 | }); 540 | } 541 | 542 | function postDeCONZdata(host, port, endpoint, body, gwPass) { 543 | 544 | return onInit.then(function() { 545 | var deferred = $q.defer(); 546 | 547 | token = btoa('delight:' + gwPass) 548 | 549 | if (apiHost !== "") { 550 | 551 | url = 'http://' + host + ':' + port + '/' + endpoint 552 | // console.log('POST API URL is: ' + 'http://' + host + ':' + port + '/' + endpoint) 553 | $http({ 554 | method: 'POST', 555 | url: url, 556 | headers: { 557 | 'Authorization': 'Basic ' + token 558 | }, 559 | data: body, 560 | 561 | }).then(function successCallback(response) { 562 | // console.log('deCONZ: Data Recieved') 563 | // console.log('response Data:' + angular.toJson(response.data, true)) 564 | deferred.resolve(response.data) 565 | },function errorCallback(response) { 566 | console.error('Error getting deCONZ data:' + angular.toJson(response.data, true) ) 567 | bootbox.alert('

' + $.t('Error getting API key') + '


' + 568 | '

' + $.t('This could also indicate a bad password.') + '

' + 569 | '
' + angular.toJson(response.data, true) + '
') 570 | deferred.reject(response) 571 | }); 572 | } 573 | 574 | return deferred.promise; 575 | }); 576 | } 577 | 578 | function sendRequest(command, params) { 579 | return onInit.then(function() { 580 | var deferred = $q.defer(); 581 | var requestId = ++requestsCount; 582 | 583 | var requestInfo = { 584 | requestId: requestId, 585 | deferred: deferred, 586 | }; 587 | 588 | requestsQueue.push(requestInfo); 589 | 590 | return deferred.promise; 591 | }); 592 | } 593 | 594 | function handleResponse(data) { 595 | if (data.type !== 'response' && data.type !== 'status') { 596 | return; 597 | } 598 | 599 | var requestIndex = requestsQueue.findIndex(function(item) { 600 | return item.requestId === data.requestId; 601 | }); 602 | 603 | if (requestIndex === -1) { 604 | return; 605 | } 606 | 607 | var requestInfo = requestsQueue[requestIndex]; 608 | 609 | if (data.type === 'status') { 610 | requestInfo.deferred.notify(data.payload); 611 | return; 612 | } 613 | 614 | if (data.isError) { 615 | requestInfo.deferred.reject(data.payload); 616 | } else { 617 | requestInfo.deferred.resolve(data.payload); 618 | } 619 | 620 | requestsQueue.splice(requestIndex, 1); 621 | } 622 | }) 623 | 624 | function zzDeconzPluginsTableController($scope, $uibModal, $element, bootbox, dataTableDefaultSettings) { 625 | var $ctrl = this; 626 | var table; 627 | 628 | $ctrl.$onInit = function() { 629 | table = $element.find('table').dataTable(Object.assign({}, dataTableDefaultSettings, { 630 | autoWidth: false, 631 | order: [[2, 'asc']], 632 | paging: true, 633 | columns: [ 634 | { title: 'ID', data: 'uniqueid', "defaultContent": "" }, 635 | { title: 'Name', data: 'name'}, 636 | { title: 'Manufacturer', data: 'manufacturername', "defaultContent": "" }, 637 | { title: 'Model', data: 'modelid', "defaultContent": "" }, 638 | { title: 'Type', data: 'type'}, 639 | { title: 'Firmware', data: 'swversion', "defaultContent": "" }, 640 | { title: 'Last Seen', data: 'lastseen', "defaultContent": "" }, 641 | 642 | { 643 | title: '', 644 | className: 'actions-column', 645 | width: '80px', 646 | data: '', 647 | orderable: false, 648 | render: actionsRenderer 649 | }, 650 | ], 651 | })); 652 | 653 | table.on('click', '.js-rename-device', function() { 654 | var row = table.api().row($(this).closest('tr')).data(); 655 | var scope = $scope.$new(true); 656 | scope.device = row; 657 | 658 | $uibModal 659 | .open(Object.assign({ scope: scope }, renameDeviceModal)).result.then(closedCallback, dismissedCallback); 660 | 661 | function closedCallback(){ 662 | // Do something when the modal is closed 663 | // console.log('closed callback') 664 | } 665 | 666 | function dismissedCallback(){ 667 | // Do something when the modal is dismissed 668 | // console.log('cancelled callback') 669 | } 670 | 671 | $scope.$apply(); 672 | 673 | }); 674 | 675 | table.on('click', '.js-include-device', function() { 676 | var row = table.api().row($(this).closest('tr')).data(); 677 | var scope = $scope.$new(true); 678 | scope.device = row; 679 | 680 | $uibModal 681 | .open(Object.assign({ scope: scope }, includeDeviceModal)).result.then(closedCallback, dismissedCallback); 682 | 683 | function closedCallback(){ 684 | // Do something when the modal is closed 685 | // console.log('closed callback') 686 | } 687 | 688 | function dismissedCallback(){ 689 | // Do something when the modal is dismissed 690 | // console.log('cancelled callback') 691 | } 692 | 693 | $scope.$apply(); 694 | 695 | }); 696 | 697 | table.on('click', '.js-includerem-device', function() { 698 | var row = table.api().row($(this).closest('tr')).data(); 699 | var scope = $scope.$new(true); 700 | scope.device = row; 701 | 702 | $uibModal 703 | .open(Object.assign({ scope: scope }, includeremDeviceModal)).result.then(closedCallback, dismissedCallback); 704 | 705 | function closedCallback(){ 706 | // Do something when the modal is closed 707 | // console.log('closed callback') 708 | } 709 | 710 | function dismissedCallback(){ 711 | // Do something when the modal is dismissed 712 | // console.log('cancelled callback') 713 | } 714 | 715 | $scope.$apply(); 716 | 717 | }); 718 | 719 | table.on('click', '.js-config-device', function() { 720 | var row = table.api().row($(this).closest('tr')).data(); 721 | var scope = $scope.$new(true); 722 | scope.device = row; 723 | 724 | $uibModal 725 | .open(Object.assign({ scope: scope }, configDeviceModal)).result.then(closedCallback, dismissedCallback); 726 | 727 | function closedCallback(){ 728 | // Do something when the modal is closed 729 | // console.log('closed callback') 730 | } 731 | 732 | function dismissedCallback(){ 733 | // Do something when the modal is dismissed 734 | // console.log('cancelled callback') 735 | } 736 | 737 | $scope.$apply(); 738 | 739 | }); 740 | 741 | table.on('click', '.js-device-data', function() { 742 | var device = table.api().row($(this).closest('tr')).data(); 743 | 744 | bootbox.alert('
' + angular.toJson(device, true) + '
') 745 | }); 746 | 747 | table.on('click', '.js-remove-device', function() { 748 | var row = table.api().row($(this).closest('tr')).data(); 749 | var scope = $scope.$new(true); 750 | scope.device = row; 751 | 752 | $uibModal 753 | .open(Object.assign({ scope: scope }, deleteDeviceModal)) 754 | 755 | $scope.$apply(); 756 | }); 757 | 758 | render($ctrl.zigdevs); 759 | } 760 | 761 | $ctrl.$onChanges = function(changes) { 762 | if (changes.zigdevs) { 763 | render($ctrl.zigdevs); 764 | } 765 | }; 766 | 767 | function render(items) { 768 | if (!table || !items) { 769 | return; 770 | } 771 | 772 | table.api().clear(); 773 | table.api().rows 774 | .add(items) 775 | .draw(); 776 | } 777 | 778 | function actionsRenderer(value, type, device) { 779 | var actions = []; 780 | var delimiter = ''; 781 | if (device.deviceclass == 'alarmsystems') { 782 | actions.push(''); 783 | } 784 | else { 785 | actions.push(''); 786 | } 787 | if (device.deviceclass == 'sensors' || device.deviceclass == 'alarmsystems') { 788 | actions.push(''); 789 | } 790 | actions.push(''); 791 | if (device.deviceclass == 'alarmsystems') { 792 | actions.push(''); 793 | } 794 | else { 795 | actions.push(''); 796 | } 797 | 798 | return actions.join(' '); 799 | } 800 | } 801 | }); 802 | -------------------------------------------------------------------------------- /icons/batterylevelempty_icons.zip: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/Smanar/Domoticz-deCONZ/732dc0dead6fb9acd25d0e8c9b5705dff260d19a/icons/batterylevelempty_icons.zip -------------------------------------------------------------------------------- /icons/batterylevelfull_icons.zip: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/Smanar/Domoticz-deCONZ/732dc0dead6fb9acd25d0e8c9b5705dff260d19a/icons/batterylevelfull_icons.zip -------------------------------------------------------------------------------- /icons/batterylevellow_icons.zip: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/Smanar/Domoticz-deCONZ/732dc0dead6fb9acd25d0e8c9b5705dff260d19a/icons/batterylevellow_icons.zip -------------------------------------------------------------------------------- /icons/batterylevelok_icons.zip: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/Smanar/Domoticz-deCONZ/732dc0dead6fb9acd25d0e8c9b5705dff260d19a/icons/batterylevelok_icons.zip -------------------------------------------------------------------------------- /plugin.py: -------------------------------------------------------------------------------- 1 | # deCONZ Bridge 2 | # 3 | # Author: Smanar 4 | # 5 | """ 6 | 7 | 8 |

9 |

deCONZ Bridge


10 | It use the deCONZ rest api to make a bridge beetween your zigbee network and Domoticz (Using Conbee or Raspbee) 11 |

12 |

Remark

13 |
    14 |
  • You can use the file API_KEY.py if you have problems to get your API Key or your Websocket Port.
    • 15 |
  • You can find updated files for deCONZ on their github : https://github.com/dresden-elektronik/deconz-rest-plugin.
    • 16 |
  • If you want the plugin works without connection, use as IP 127.0.0.1 (if deCONZ and domoticz are on same machine).
    • 17 |
  • If you are running the plugin for the first time, better to enable debug log (Take Debug info Only).
    • 18 |
  • You can find a front-end on the Domoticz menu "Custom" > "Deconz", you can use it to get the API key, configure sensors or alarm system.
    • 19 |
20 |

Supported Devices

21 |
    22 |
  • https://github.com/dresden-elektronik/deconz-rest-plugin/wiki/Supported-Devices
    • 23 |
24 |

Configuration

25 | Gateway configuration 26 | 27 | 28 | 29 | 30 | 31 | 32 | 33 | 34 | 43 | 44 | 45 | 46 | """ 47 | 48 | # All imports 49 | import Domoticz 50 | 51 | import urllib, time 52 | 53 | try: 54 | import simplejson as json 55 | except ImportError: 56 | import json 57 | 58 | REQUESTPRESENT = True 59 | try: 60 | import requests 61 | except: 62 | REQUESTPRESENT = False 63 | 64 | from fonctions import rgb_to_xy, rgb_to_hsv, xy_to_rgb 65 | from fonctions import Count_Type, ProcessAllState, ProcessAllConfig, First_Json, JSON_Repair, get_JSON_payload 66 | from fonctions import ButtonconvertionTradfriRemote, ButtonconvertionTradfriSwitch 67 | from fonctions import ButtonconvertionXCUBE, ButtonconvertionXCUBET1, ButtonconvertionXCUBEPROT1 68 | from fonctions import ButtonconvertionXCUBE_R 69 | from fonctions import ButtonConvertion, VibrationSensorConvertion 70 | from fonctions import installFE, uninstallFE 71 | from widget import Createdatawidget 72 | 73 | #Better to use 'localhost' ? 74 | DOMOTICZ_IP = '127.0.0.1' 75 | 76 | LIGHTLOG = True #To disable some activation, log will be lighter, but less informations. 77 | SETTODEFAULT = False #To set device in default state after a rejoin 78 | ENABLEMORESENSOR = False #Create more sensors, like tension and current 79 | ENABLEBATTERYWIDGET = False #Create 1 more widget by battery devices 80 | 81 | FullSpecialDeviceList = ["orientation", "heatsetpoint", "mode", "preset", "lock", "current", "voltage"] 82 | 83 | #https://github.com/febalci/DomoticzEarthquake/blob/master/plugin.py 84 | #https://stackoverflow.com/questions/32436864/raw-post-request-with-json-in-body 85 | 86 | # option list 87 | #1 = Power+Consumption 88 | #2 = Consumption_2 89 | #3 = pm2_5 90 | 91 | class BasePlugin: 92 | 93 | #enabled = False 94 | 95 | def __init__(self): 96 | self.Devices = {} # id, type, state (banned/missing/working) , model, option 97 | self.NeedToReset = [] 98 | self.Ready = False 99 | self.Buffer_Command = [] 100 | self.Buffer_Time = '' 101 | self.WebSocket = None 102 | self.WebsoketBuffer = '' 103 | self.Banned_Devices = [] 104 | self.BufferReceive = '' 105 | self.DeconzInfoUnit = False 106 | 107 | self.IDGateway = -1 108 | 109 | self.INIT_STEP = ['config', 'lights', 'sensors', 'groups', 'alarmsystems'] 110 | 111 | self.SpecialDeviceList = ["orientation", "heatsetpoint", "mode", "preset", "lock"] 112 | 113 | return 114 | 115 | def onStart(self): 116 | Domoticz.Debug("onStart called") 117 | #CreateDevice('sirene test','En test','Warning device') 118 | 119 | #Check Domoticz IP 120 | if Parameters["Address"] != '127.0.0.1' and Parameters["Address"] != 'localhost': 121 | global DOMOTICZ_IP 122 | DOMOTICZ_IP = get_ip() 123 | Domoticz.Log("You are not using 127.0.0.1 as IP, so I suppose deCONZ and Domoticz aren't on same machine") 124 | Domoticz.Log("Taking " + DOMOTICZ_IP + " as Domoticz IP") 125 | 126 | if DOMOTICZ_IP == Parameters["Address"]: 127 | Domoticz.Status("You seem to use the IP for deCONZ and Domoticz. Why don't you use 127.0.0.1 as IP?") 128 | else: 129 | Domoticz.Log("Domoticz and deCONZ are installed on the same machine.") 130 | 131 | if Parameters["Mode3"] != "0": 132 | Domoticz.Debugging(int(Parameters["Mode3"])) 133 | #DumpConfigToLog() 134 | 135 | #Create info widget 136 | self.DeconzInfoUnit = GetDomoDeviceInfo("DeconzInfo") 137 | if not self.DeconzInfoUnit: 138 | Domoticz.Log("Creation of Info Widget.") 139 | Domoticz.Device(Name="Status", DeviceID="DeconzInfo", Unit=FreeUnit(), TypeName='Alert').Create() 140 | 141 | if "ENABLEMORESENSOR" in Parameters["Mode4"]: 142 | Domoticz.Status("Enabling special setting ENABLEMORESENSOR") 143 | global ENABLEMORESENSOR 144 | ENABLEMORESENSOR = True 145 | self.SpecialDeviceList = self.SpecialDeviceList + ["current", "voltage"] 146 | 147 | if "ENABLEBATTERYWIDGET" in Parameters["Mode4"]: 148 | Domoticz.Status("Enabling special setting ENABLEBATTERYWIDGET") 149 | global ENABLEBATTERYWIDGET 150 | ENABLEBATTERYWIDGET = True 151 | 152 | #Custom icon files for battery level 153 | #https://github.com/999LV/BatteryLevel 154 | icons = {"batterylevelfull": "icons/batterylevelfull_icons.zip", 155 | "batterylevelok": "icons/batterylevelok_icons.zip", 156 | "batterylevellow": "icons/batterylevellow_icons.zip", 157 | "batterylevelempty": "icons/batterylevelempty_icons.zip"} 158 | 159 | # load custom battery images 160 | for key, value in icons.items(): 161 | if key not in Images: 162 | Domoticz.Image(value).Create() 163 | Domoticz.Status("Added icon: " + key + " from file " + value) 164 | Domoticz.Status("Number of icons loaded = " + str(len(Images))) 165 | for image in Images: 166 | Domoticz.Log("Icon Used by the plugin : " + str(Images[image].ID) + ">" + Images[image].Name) 167 | 168 | #Read banned devices 169 | try: 170 | with open(Parameters["HomeFolder"]+"banned_devices.txt", 'r') as myPluginConfFile: 171 | for line in myPluginConfFile: 172 | if not line.startswith('#'): 173 | Domoticz.Log("Adding banned device : " + line.strip()) 174 | self.Banned_Devices.append(line.strip()) 175 | except (IOError,FileNotFoundError): 176 | #File not exist create it with example 177 | Domoticz.Status("Creating banned device file") 178 | with open(Parameters["HomeFolder"]+"banned_devices.txt", 'w') as myPluginConfFile: 179 | myPluginConfFile.write("#Alarm on Detector\n00:15:8d:00:02:36:c2:3f-01-0500") 180 | 181 | myPluginConfFile.close() 182 | 183 | #check and load Front end 184 | installFE(Parameters['HomeFolder'], Parameters['StartupFolder']) 185 | 186 | #Read and Set config 187 | #json = '{"websocketnotifyall":true}' 188 | #url = '/api/' + Parameters["Mode2"] + '/config/' 189 | #self.SendCommand(url,json) 190 | 191 | # Disabled, not working for selector ... 192 | #check for new icons 193 | #if 'bulbs_group' not in Images: 194 | # try: 195 | # Domoticz.Image('icons/bulbs_group.zip').Create() 196 | # except: 197 | # Domoticz.Error("Can't create new icons") 198 | 199 | def onStop(self): 200 | Domoticz.Debug("onStop called") 201 | if self.WebSocket: 202 | self.WebSocket.Disconnect() 203 | 204 | def onConnect(self, Connection, Status, Description): 205 | Domoticz.Debug("onConnect called") 206 | 207 | if Connection.Name == 'deCONZ_WebSocket': 208 | 209 | if (Status != 0): 210 | Domoticz.Error("WebSocket connection error : " + str(Connection)) 211 | Domoticz.Error("Status : " + str(Status) + " Description : " + str(Description) ) 212 | return 213 | 214 | Domoticz.Status("Launching WebSocket on port " + str(Connection.Port) ) 215 | #Need to Add Sec-Websocket-Protocol : domoticz ???? 216 | #Boring error > Socket Shutdown Error: 9, Bad file descriptor 217 | wsHeader = "GET / HTTP/1.1\r\n" \ 218 | "Host: "+ Parameters["Address"] + ':' + str(Connection.Port) + "\r\n" \ 219 | "User-Agent: Domoticz/1.0\r\n" \ 220 | "Sec-WebSocket-Version: 13\r\n" \ 221 | "Origin: http://" + DOMOTICZ_IP + "\r\n" \ 222 | "Sec-WebSocket-Key: qqMLBxyyjz9Tog1bll7K6A==\r\n" \ 223 | "Connection: keep-alive, Upgrade\r\n" \ 224 | "Upgrade: websocket\r\n\r\n" 225 | #"Accept: Content-Type: text/html; charset=UTF-8\r\n" \ 226 | #"Pragma: no-cache\r\n" \ 227 | #"Cache-Control: no-cache\r\n" \ 228 | #"Accept: text/html,application/xhtml+xml,application/xml;q=0.9,*/*;q=0.8\r\n" \ 229 | self.WebSocket.Send(wsHeader) 230 | 231 | else: 232 | Domoticz.Error("Unknown Connection: " + str(Connection)) 233 | Domoticz.Error("Status : " + str(Status) + " Description : " + str(Description) ) 234 | return 235 | 236 | def onMessage(self, Connection, Data): 237 | Domoticz.Debug("onMessage called") 238 | 239 | _Data = [] 240 | 241 | if self.WebsoketBuffer: 242 | Data = self.WebsoketBuffer + Data 243 | self.WebsoketBuffer = '' 244 | 245 | #Domoticz.Log("Data : " + str(Data)) 246 | #Domoticz.Log("Connexion : " + str(Connection)) 247 | #Domoticz.Log("Byte needed : " + str(Connection.BytesTransferred()) + "ATM : " + str(len(Data))) 248 | #The max is 4096 so if the data size excess 4096 byte it will be cut 249 | 250 | #Websocket data ? 251 | if (Connection.Name == 'deCONZ_WebSocket'): 252 | #Data = b'\x81W{"e":"changed","id":"7","r":"groups","state":{"all_on":true,"any_on":true}}' 253 | #Data = b'\x81W{"e":"changed","id":"5","r":"groups","state":{"all_on":true,"any_on"' 254 | 255 | if Data.startswith(b'\x81'): 256 | while len(Data) > 0: 257 | try: 258 | payload, extra_data = get_JSON_payload(Data) 259 | except: 260 | if (Data[0:1] == b'\x81') and (len(str(Data)) < 1000) : 261 | self.WebsoketBuffer = Data 262 | Domoticz.Log("Incomplete JSON keep it for later : " + str(self.WebsoketBuffer) ) 263 | else: 264 | Domoticz.Error("Malformed JSON response, can't repair : " + str(Data) ) 265 | break 266 | _Data.append(payload) 267 | Data = extra_data 268 | 269 | for js in _Data: 270 | self.WebSocketConnexion(js) 271 | else: 272 | Domoticz.Log("WebSocket Handshake : " + str(Data.decode("utf-8", "ignore").replace('\n','***')) ) 273 | 274 | else: 275 | Domoticz.Log("Unknown Connection" + str(Connection)) 276 | Domoticz.Log("Data : " + str(Data)) 277 | return 278 | 279 | def onCommand(self, Unit, Command, Level, Hue): 280 | Domoticz.Log("onCommand called for Unit " + str(Unit) + ": Parameter '" + str(Command) + "', Level: " + str(Level) + ", Hue: " + str(Hue)) 281 | 282 | if not self.Ready == True: 283 | Domoticz.Error("deCONZ not ready") 284 | return 285 | 286 | _type,deCONZ_ID = self.GetDevicedeCONZ(Devices[Unit].DeviceID) 287 | 288 | if not deCONZ_ID: 289 | # Not in deconz but Alarm System ? 290 | if Devices[Unit].DeviceID == 'Alarm_System_1': 291 | if Devices[Unit].Description: 292 | url = '/api/' + Parameters["Mode2"] + '/alarmsystems/1/' + ['disarm','arm_away','arm_stay','arm_night'][int(Level/10)] 293 | self.SendCommand(url,{'code0':str(Devices[Unit].Description)}) 294 | else: 295 | Domoticz.Error("Missing code0 in alarm system widget description") 296 | else: 297 | Domoticz.Error("Device not ready : " + str(Unit) ) 298 | return 299 | 300 | if _type == 'sensors': 301 | Domoticz.Error("This device doesn't support action") 302 | return 303 | 304 | IEEE = Devices[Unit].DeviceID 305 | 306 | #Get device type 307 | device_type = self.Devices[IEEE].get('model','Unknow') 308 | 309 | _json = {} 310 | 311 | #on/off 312 | if Command == 'On': 313 | if device_type == 'Warning device': 314 | _json['alert'] = 'lselect' 315 | #Force Update using domoticz, because some device don't have return 316 | UpdateDeviceProc({'nValue': 1, 'sValue': 'On'}, Unit) 317 | elif device_type.startswith('Window covering'): 318 | _json['open'] = False 319 | else: 320 | _json['on'] = True 321 | if Level: 322 | _json['bri'] = round(Level*254/100) 323 | if _type == 'config': 324 | if Devices[Unit].DeviceID.endswith('_lock'): 325 | _json = {'lock':True} 326 | elif Command == 'Off': 327 | if device_type == 'Warning device': 328 | _json['alert'] = 'none' 329 | #Force Update using domoticz, because some device don't have return 330 | UpdateDeviceProc({'nValue': 0, 'sValue': 'Off'}, Unit) 331 | elif device_type.startswith('Window covering'): 332 | _json['open'] = True 333 | else: 334 | _json['on'] = False 335 | if _type == 'config': 336 | if Devices[Unit].DeviceID.endswith('_mode'): 337 | _json = {'mode':'off'} 338 | elif Devices[Unit].DeviceID.endswith('_lock'): 339 | _json = {'lock':False} 340 | 341 | #level 342 | if Command == 'Set Level': 343 | if device_type.startswith('Window covering'): 344 | _json['lift'] = Level 345 | else: 346 | #To prevent bug 347 | _json['on'] = True 348 | 349 | _json['bri'] = round(Level*254/100) 350 | 351 | #Special situation 352 | if _type == 'config': 353 | _json.clear() 354 | #Ventilator 355 | if device_type == 'Purifier_Mode': 356 | v = ["off","auto","speed_1","speed_2","speed_3","speed_4","speed_5"][int(Level/10)] 357 | _json['mode'] = v 358 | #Thermostat 359 | elif Devices[Unit].DeviceID.endswith('_heatsetpoint'): 360 | _json['heatsetpoint'] = int(Level * 100) 361 | dummy,deCONZ_ID_2 = self.GetDevicedeCONZ(Devices[Unit].DeviceID.replace('_heatsetpoint','_mode')) 362 | if deCONZ_ID_2 and ("auto" in Devices[Unit].Options.get('LevelNames','')): 363 | _json['mode'] = "auto" 364 | elif Devices[Unit].DeviceID.endswith('_preset'): 365 | v = ["off","holiday","auto","manual","comfort","eco","boost","complex","program"][int(Level/10)] 366 | _json['preset'] = v 367 | elif Devices[Unit].DeviceID.endswith('_mode'): 368 | if Level == 0: 369 | _json['mode'] = "off" 370 | if Level == 10: 371 | _json['mode'] = "heat" 372 | if Level == 20: 373 | _json['mode'] = "auto" 374 | #retreive previous value from domoticz 375 | IEEE2 = Devices[Unit].DeviceID.replace('_mode','_heatsetpoint') 376 | Hp = int(100*float(Devices[GetDomoDeviceInfo(IEEE2)].sValue)) 377 | _json['heatsetpoint'] = Hp 378 | #Chritsmas tree 379 | elif Devices[Unit].DeviceID.endswith('_effect'): 380 | v = ["none","steady","snow","rainbow","snake","twinkle","fireworks","flag","waves","updown","vintage","fading","collide","strobe","sparkles","carnival","glow"][int(Level/10) - 1] 381 | _json['effect'] = v 382 | 383 | UpdateDeviceProc({'nValue': Level, 'sValue': str(Level)}, Unit) 384 | 385 | #Set special options 386 | try : 387 | for o in Devices[Unit].Description.split("\n"): 388 | o2 = o.split("=") 389 | if o2[0] == 'effectSpeed': 390 | _json['effectSpeed'] = int(o2[1]) 391 | if o2[0] == 'effectColours': 392 | _json['effectColours'] = json.loads(o2[1]) 393 | 394 | except: 395 | Domoticz.Log("No special effect options") 396 | 397 | # Get light device 398 | _type,deCONZ_ID = self.GetDevicedeCONZ(Devices[Unit].DeviceID.replace("_effect","")) 399 | 400 | #Special code to force devive update for group 401 | elif _type == 'groups': 402 | UpdateDeviceProc({'nValue': 1, 'sValue': str(Level)}, Unit) 403 | 404 | #Special devices 405 | if device_type == 'Warning device': 406 | #Heyman Siren 407 | _json.clear() 408 | if Level == 10: 409 | _json['alert'] = "select" 410 | elif Level == 20: 411 | _json['alert'] = "lselect" 412 | elif Level == 30: 413 | _json['alert'] = "blink" 414 | else: 415 | _json['alert'] = "none" 416 | 417 | #Force Update using domoticz, because some device don't have return 418 | UpdateDeviceProc({'nValue': Level, 'sValue': str(Level)}, Unit) 419 | 420 | #Pach for special device 421 | if 'NO DIMMER' in Devices[Unit].Description and 'bri' in _json: 422 | _json.pop('bri') 423 | _json['transitiontime'] = 0 424 | 425 | #covering 426 | if Command == 'Open': 427 | _json['open'] = False 428 | elif Command == 'Close': 429 | _json['open'] = True 430 | elif Command == 'Stop': 431 | _json = {'stop':True} 432 | 433 | #color 434 | if Command == 'Set Color': 435 | 436 | #To prevent bug 437 | _json['on'] = True 438 | 439 | Hue_List = json.loads(Hue) 440 | 441 | #ColorModeNone = 0 // Illegal 442 | #ColorModeNone = 1 // White. Valid fields: none 443 | if Hue_List['m'] == 1: 444 | ww = int(Hue_List['ww']) # Can be used as level for monochrome white 445 | #TODO : Jamais vu un device avec ca encore 446 | Domoticz.Debug("Not implemented device color 1") 447 | 448 | #ColorModeTemp = 2 // White with color temperature. Valid fields: t 449 | if Hue_List['m'] == 2: 450 | #Value is in mireds (not kelvin) 451 | #Correct values are from 153 (6500K) up to 588 (1700K) 452 | # t is 0 > 255 453 | TempKelvin = int(((255 - int(Hue_List['t']))*(6500-1700)/255)+1700); 454 | TempMired = 1000000 // TempKelvin 455 | #if previous not working 456 | #TempMired = round(float(Hue_List['t'])*(500.0f - 153.0f) / 255.0f + 153.0f) 457 | _json['ct'] = TempMired 458 | 459 | # temporary patch 460 | if self.Devices.get(IEEE + "_effect"): 461 | _json.clear() 462 | _json['sat'] = 0 463 | _json['bri'] = int(Hue_List['t']) 464 | 465 | #ColorModeRGB = 3 // Color. Valid fields: r, g, b. 466 | elif Hue_List['m'] == 3: 467 | if self.Devices[IEEE].get('colormode','Unknow') == 'hs': 468 | h,s,v = rgb_to_hsv((int(Hue_List['r']),int(Hue_List['g']),int(Hue_List['b']))) 469 | hue = int(h * 65535) 470 | saturation = int(s * 254) 471 | lightness = int(v * 254) 472 | _json['hue'] = hue 473 | _json['sat'] = saturation 474 | #Using a hack here, because this mode is not for this kind of bulb 475 | _json['bri'] = round(Level*lightness/100) 476 | _json['transitiontime'] = 0 477 | else: 478 | x, y = rgb_to_xy((int(Hue_List['r']),int(Hue_List['g']),int(Hue_List['b']))) 479 | x = round(x,6) 480 | y = round(y,6) 481 | _json['xy'] = [x,y] 482 | 483 | #ColorModeCustom = 4, // Custom (color + white). Valid fields: r, g, b, cw, ww, depending on device capabilities 484 | elif Hue_List['m'] == 4: 485 | #process white color 486 | ww = int(Hue_List['ww']) 487 | cw = int(Hue_List['cw']) 488 | TempKelvin = int(((255 - int(Hue_List['t']))*(6500-1700)/255)+1700); 489 | TempMired = 1000000 // TempKelvin 490 | _json['ct'] = TempMired 491 | #process RGB color now 492 | h,s,v = rgb_to_hsv((int(Hue_List['r']),int(Hue_List['g']),int(Hue_List['b']))) 493 | hue = int(h * 65535) 494 | saturation = int(s * 254) 495 | lightness = int(v * 254) 496 | _json['hue'] = hue 497 | _json['sat'] = saturation 498 | _json['bri'] = lightness 499 | _json['transitiontime'] = 0 500 | 501 | #To prevent bug 502 | if 'bri' not in _json: 503 | _json['bri'] = round(Level*254/100) 504 | _json['transitiontime'] = 0 505 | 506 | url = '/api/' + Parameters["Mode2"] + '/' + _type + '/' + str(deCONZ_ID) 507 | if _type == 'lights': 508 | url = url + '/state' 509 | elif _type == 'config': 510 | url = '/api/' + Parameters["Mode2"] + '/sensors/' + str(deCONZ_ID) + '/config' 511 | elif _type == 'scenes': 512 | url = '/api/' + Parameters["Mode2"] + '/groups/' + deCONZ_ID.split('/')[0] + '/scenes/' + deCONZ_ID.split('/')[1] + '/recall' 513 | _json = {} # to force PUT 514 | else: 515 | url = url + '/action' 516 | 517 | #if 'Thermostat' in self.Devices[IEEE]['model']: 518 | # Domoticz.Status("Thermostat debug : " + url + ' with ' + str(_json)) 519 | 520 | self.SendCommand(url,_json) 521 | 522 | def onNotification(self, Name, Subject, Text, Status, Priority, Sound, ImageFile): 523 | Domoticz.Log("Notification: " + Name + "," + Subject + "," + Text + "," + Status + "," + str(Priority) + "," + Sound + "," + ImageFile) 524 | 525 | def onDisconnect(self, Connection): 526 | Domoticz.Status("onDisconnect called for " + str(Connection.Name) ) 527 | 528 | def onHeartbeat(self): 529 | Domoticz.Debug("onHeartbeat called") 530 | 531 | #Check for freeze 532 | if len(self.Buffer_Command) > 0: 533 | self.UpdateBuffer() 534 | 535 | #Initialisation 536 | if self.Ready != True: 537 | if len(self.INIT_STEP) > 0: 538 | Domoticz.Debug("### Initialisation > " + str(self.INIT_STEP[0])) 539 | self.ManageInit() 540 | 541 | #Stop all here 542 | return 543 | else: 544 | self.Ready = True 545 | 546 | #Check websocket connexion 547 | if self.WebSocket: 548 | if not self.WebSocket.Connected(): 549 | Domoticz.Error("WebSocket Disconnected, reconnecting... ") 550 | self.WebSocket.Connect() 551 | 552 | #reset switchs 553 | if len(self.NeedToReset) > 0 : 554 | for IEEE in self.NeedToReset: 555 | _id = False 556 | for i in self.Devices: 557 | if i == IEEE: 558 | _id = self.Devices[i]['id'] 559 | UpdateDevice(_id,'sensors', { 'nValue' : 0 , 'sValue' : 'Off' }, self.SpecialDeviceList ) 560 | self.NeedToReset = [] 561 | 562 | #Devices[27].Update(nValue=0, sValue='11;22' ) 563 | 564 | def onDeviceRemoved(self,unit): 565 | Domoticz.Log("Device Removed") 566 | #TODO : Need to rescan all 567 | 568 | #--------------------------------------------------------------------------------------- 569 | 570 | def ManageInit(self,pop = False): 571 | 572 | if pop: 573 | self.INIT_STEP.pop(0) 574 | if len(self.INIT_STEP) < 1: 575 | self.Ready = True 576 | 577 | Domoticz.Status("### deCONZ ready") 578 | l,s,g,b,o,c = Count_Type(self.Devices) 579 | Domoticz.Status("### Found " + str(l) + " Operators, " + str(s) + " Sensors, " + str(g) + " Groups, " + str(c) + " Scenes and " + str(o) + " others, with " + str(b) + " Ignored") 580 | try: 581 | Domoticz.Status("### You can still create " + str(255-len(Devices.keys())) + " widgets in domoticz") 582 | except: 583 | pass 584 | self.DisplayDeconzInfo("Deconz ready !",1) 585 | 586 | # Compare devices bases 587 | for i in Devices: 588 | if Devices[i].DeviceID not in self.Devices: 589 | if Devices[i].DeviceID != "Alarm_System_1": 590 | Domoticz.Status('### Device ' + Devices[i].DeviceID + '(' + Devices[i].Name + ') Not in deCONZ ATM, the device is deleted or not ready.') 591 | 592 | return 593 | 594 | #No flood during initialisation 595 | if len(self.Buffer_Command) > 0: 596 | u,d = self.Buffer_Command[-1] 597 | if "/" + self.INIT_STEP[0] + "/" in u: 598 | Domoticz.Log("### Still waiting") 599 | return 600 | 601 | Domoticz.Log("### Request " + self.INIT_STEP[0]) 602 | self.SendCommand("/api/" + Parameters["Mode2"] + "/" + self.INIT_STEP[0] + "/") 603 | 604 | def InitDomoticzDB(self,key,_Data,Type_device): 605 | 606 | #Lights or sensors ? 607 | if not 'devicemembership' in _Data: 608 | 609 | IEEE = str(_Data['uniqueid']) 610 | Name = str(_Data['name']) 611 | Type = str(_Data['type']) 612 | Model = str(_Data.get('modelid','')) 613 | Manuf = str(_Data.get('manufacturername','')) 614 | StateList = _Data.get('state',[]) 615 | ConfigList = _Data.get('config',[]) 616 | 617 | Domoticz.Log("### Device > " + str(key) + ' Name:' + Name + ' Type:' + Type + ' Details:' + str(StateList) + ' and ' + str(ConfigList) ) 618 | 619 | #Skip useless devices 620 | if Type == 'Configuration tool' : 621 | Domoticz.Log("Skipping Device (Useless) : " + str(IEEE) ) 622 | self.IDGateway = key 623 | return 624 | if (Type == 'Unknown') and (len(StateList) == 1) and ('reachable' in StateList): 625 | Domoticz.Log("Skipping Device (Useless) : " + str(IEEE) ) 626 | if self.IDGateway == -1: 627 | self.IDGateway = key 628 | return 629 | if Type == 'CLIPDaylightOffset': 630 | self.Banned_Devices.append(str(IEEE)) 631 | 632 | self.Devices[IEEE] = {'id' : key , 'type' : Type_device , 'model' : Type , 'state' : 'working'} 633 | 634 | #Skip banned devices 635 | if IEEE in self.Banned_Devices: 636 | Domoticz.Log("Skipping Device (Banned) : " + str(IEEE) ) 637 | self.Devices[IEEE]['state'] = 'banned' 638 | return 639 | if Type == 'ZHATime': 640 | self.Devices[IEEE]['state'] = 'banned' 641 | return 642 | 643 | #Get some infos 644 | kwarg = {} 645 | if StateList: 646 | kwarg.update(ProcessAllState(StateList,Model,0)) 647 | if 'colormode' in StateList: 648 | cm = StateList['colormode'] 649 | if (cm == 'xy') and ('hue' in StateList): 650 | cm = 'hs' 651 | self.Devices[IEEE]['colormode'] = StateList['colormode'] 652 | 653 | if ConfigList: 654 | kwarg.update(ProcessAllConfig(ConfigList,Model,0)) 655 | 656 | #It's a switch ? Need special process 657 | if Type == 'ZHASwitch' or Type == 'ZGPSwitch' or Type == 'CLIPSwitch': 658 | 659 | #Set it to off 660 | kwarg.update({'sValue': 'Off', 'nValue': 0}) 661 | 662 | #ignore ZHASwitch if vibration sensor 663 | if 'sensitivity' in ConfigList: 664 | return 665 | #Used by Xiaomi Cube T1 666 | if 'lumi.remote.cagl01' in Model: 667 | if IEEE.endswith('-03-000c'): 668 | Type = 'XCube_R' 669 | elif IEEE.endswith('-02-0012'): 670 | Type = 'XCubeT1_C' 671 | else: 672 | # Useless device 673 | self.Devices[IEEE]['state'] = 'banned' 674 | return 675 | #Used by Xiaomi Cube T1 Pro 676 | elif 'lumi.remote.cagl02' in Model: 677 | if IEEE.endswith('-03-000c'): 678 | Type = 'XCube_R' 679 | elif IEEE.endswith('-02-0012'): 680 | Type = 'XCubeProT1_C' 681 | else: 682 | # Useless device 683 | self.Devices[IEEE]['state'] = 'banned' 684 | return 685 | #Used by olders cube version 686 | elif 'lumi.sensor_cube' in Model: 687 | if IEEE.endswith('-03-000c'): 688 | Type = 'XCube_R' 689 | elif IEEE.endswith('-02-0012'): 690 | Type = 'XCube_C' 691 | else: 692 | # Useless device 693 | self.Devices[IEEE]['state'] = 'banned' 694 | return 695 | elif 'TRADFRI remote control' in Model: 696 | Type = 'Tradfri_remote' 697 | elif 'TRADFRI on/off switch' in Model: 698 | Type = 'Tradfri_on/off_switch' 699 | elif 'lumi.remote.b186acn01' in Model: 700 | Type = 'Xiaomi_single_gang' 701 | elif Model.startswith('lumi.remote.b286acn0'): 702 | Type = 'Xiaomi_double_gang' 703 | #Used for all opple switches 704 | elif Model.endswith('86opcn01'): 705 | Type = 'Xiaomi_Opple_6_button_switch' 706 | #Used for all tuya switch 707 | elif Model.startswith('TS004'): 708 | Type = 'Tuya_button_switch' 709 | #Used by philips remote 710 | elif Model == 'RWL021': 711 | Type = 'Philips_button_switch' 712 | #used by ikea Stybar 713 | elif 'Remote Control N2' in Model: 714 | Type = 'Styrbar_remote' 715 | #used by Develco 716 | elif 'IOMZB-110' in Model: 717 | Type = 'Binary_module' 718 | 719 | else: 720 | Type = 'Switch_Generic' 721 | 722 | self.Devices[IEEE]['model'] = Type 723 | 724 | if self.Ready == True: 725 | Domoticz.Status("Adding missing device: " + str(key) + ' Type:' + str(Type)) 726 | 727 | #lidl strip 728 | if Model == 'HG06467': 729 | #Create a widget for effect 730 | self.Devices[IEEE + "_effect"] = {'id' : key , 'type' : 'config' , 'state' : 'working' , 'model' : 'Chrismast_E' } 731 | self.CreateIfnotExist(IEEE + "_effect",'Chrismast_E',Name) 732 | #Correction 733 | self.Devices[IEEE]['colormode'] = 'hs' 734 | Type = 'Color Temperature dimmable light' 735 | #lidl led strip 736 | if Model == 'HG06104A': 737 | #Correction 738 | self.Devices[IEEE]['colormode'] = 'xy' 739 | Type = 'Extended color light' 740 | #Special devices 741 | if Type == 'ZHAThermostat': 742 | # Not working for cable outlet yet. 743 | if not Model == 'Cable outlet': 744 | #Create a setpoint device 745 | if 'heatsetpoint' in ConfigList: 746 | self.Devices[IEEE + "_heatsetpoint"] = {'id' : key , 'type' : 'config' , 'state' : 'working' , 'model' : 'ZHAThermostat' } 747 | self.CreateIfnotExist(IEEE + "_heatsetpoint",'ZHAThermostat',Name) 748 | #Create a mode device 749 | if 'mode' in ConfigList: 750 | self.Devices[IEEE + "_mode"] = {'id' : key , 'type' : 'config' , 'state' : 'working' , 'model' : 'Thermostat_Mode' } 751 | self.CreateIfnotExist(IEEE + "_mode",'Thermostat_Mode',Name) 752 | #Create a preset device 753 | if 'preset' in ConfigList: 754 | self.Devices[IEEE + "_preset"] = {'id' : key , 'type' : 'config' , 'state' : 'working' , 'model' : 'Thermostat_Preset' } 755 | self.CreateIfnotExist(IEEE + "_preset",'Thermostat_Preset',Name) 756 | #Create the current device but as temperature device 757 | self.CreateIfnotExist(IEEE,'ZHATemperature',Name) 758 | elif Type == 'ZHAAirPurifier': 759 | #Create a mode fan 760 | if 'mode' in ConfigList: 761 | self.Devices[IEEE + "_mode"] = {'id' : key , 'type' : 'config' , 'state' : 'working' , 'model' : 'Purifier_Mode' } 762 | self.CreateIfnotExist(IEEE + "_mode",'Purifier_Mode',Name) 763 | #Create fan speed 764 | self.CreateIfnotExist(IEEE,'ZHAAirPurifier',Name) 765 | elif Type == 'ZHAAirQuality' or Type == 'ZHAParticulateMatter': 766 | self.Devices[IEEE]['option'] = 3 767 | if 'pm2_5' in StateList: 768 | self.CreateIfnotExist(IEEE,'ZHAAirQuality',Name,1) 769 | else: 770 | self.CreateIfnotExist(IEEE,'ZHAAirQuality',Name) 771 | elif Type == 'ZHAVibration': 772 | #Create a Angle device 773 | self.Devices[IEEE + "_orientation"] = {'id' : key , 'type' : 'config' , 'state' : 'working' , 'model' : 'Vibration_Orientation' } 774 | self.CreateIfnotExist(IEEE + "_orientation",'Vibration_Orientation',Name) 775 | #Create the current device 776 | self.CreateIfnotExist(IEEE,'ZHAVibration',Name) 777 | elif Type == 'ZHADoorLock': 778 | #Create a locker device 779 | self.Devices[IEEE + "_lock"] = {'id' : key , 'type' : 'config' , 'state' : 'working' , 'model' : 'Door Lock' } 780 | self.CreateIfnotExist(IEEE + "_lock",'Door Lock',Name) 781 | #Create the current device 782 | self.CreateIfnotExist(IEEE,'ZHADoorLock',Name) 783 | if Type == 'ZHAConsumption': 784 | # power and consumption on the same endpoint 785 | if Model == 'ZHEMI101' or Model == 'TH1124ZB' or Model == 'OTH4000-ZB' or Model == '45856' or Model == 'E1C-NB7': 786 | self.Devices[IEEE]['option'] = 1 787 | self.CreateIfnotExist(IEEE,Type,Name,1) 788 | # Support of consumption_2 789 | elif 'consumption_2' in StateList: 790 | self.Devices[IEEE]['option'] = 2 791 | self.CreateIfnotExist(IEEE,Type,Name,3) 792 | #Classic one 793 | else: 794 | self.CreateIfnotExist(IEEE,Type,Name) 795 | #defaut sensor 796 | else: 797 | self.CreateIfnotExist(IEEE,Type,Name) 798 | 799 | #Bonus sensor ? 800 | if ENABLEMORESENSOR: 801 | # Voltage sensor ? 802 | if 'voltage' in StateList: 803 | self.Devices[IEEE + "_voltage"] = {'id' : key , 'type' : 'config' , 'state' : 'working' , 'model' : 'ZHAPower_voltage' } 804 | self.CreateIfnotExist(IEEE + "_voltage",'ZHAPower_voltage',Name) 805 | # Current Sensor ? 806 | if 'current' in StateList: 807 | self.Devices[IEEE + "_current"] = {'id' : key , 'type' : 'config' , 'state' : 'working' , 'model' : 'ZHAPower_current' } 808 | self.CreateIfnotExist(IEEE + "_current",'ZHAPower_current',Name) 809 | if ENABLEBATTERYWIDGET: 810 | # Battery sensor ? 811 | if 'battery' in ConfigList: 812 | #But only 1 by device 813 | NewIEE = IEEE.split("-")[0] 814 | if NewIEE + "_battery" not in self.Devices: 815 | self.Devices[NewIEE + "_battery"] = {'id' : key , 'type' : 'state' , 'state' : 'working' , 'model' : 'ZHABattery' } 816 | self.CreateIfnotExist(NewIEE + "_battery",'ZHABattery',Name) 817 | 818 | #update 819 | if kwarg: 820 | UpdateDevice(key, Type_device, kwarg, self.SpecialDeviceList) 821 | 822 | #groups 823 | else: 824 | 825 | Name = str(_Data['name']) 826 | Type = str(_Data['type']) 827 | Domoticz.Log("### Groupe > " + str(key) + ' Name:' + Name ) 828 | Dev_name = 'GROUP_' + Name.replace(' ','_') 829 | self.Devices[Dev_name] = {'id' : key , 'type' : 'groups' , 'model' : 'groups', 'state' : 'working'} 830 | 831 | # Skip banned group 832 | if Dev_name in self.Banned_Devices: 833 | Domoticz.Log("Skipping Group (Banned) : " + str(Dev_name) ) 834 | self.Devices[Dev_name]['state'] = 'banned' 835 | 836 | else: 837 | #Check for scene 838 | scenes = _Data.get('scenes',[]) 839 | if len(scenes) > 0: 840 | for j in scenes: 841 | Domoticz.Log("### Scenes associated with group " + str(key) + " > ID:" + str(j['id']) + " Name:" + str(j['name']) ) 842 | Scene_name = 'SCENE_' + str(j['name']).replace(' ','_') 843 | self.Devices[Scene_name] = {'id' : str(key) + '/' + str(j['id']) , 'type' : 'scenes' , 'model' : 'scenes'} 844 | #^scene not exist > create 845 | if GetDomoDeviceInfo(Scene_name) == False: 846 | CreateDevice(Scene_name,str(j['name']),'Scenes') 847 | 848 | #Group not exist > create 849 | if GetDomoDeviceInfo(Dev_name) == False: 850 | CreateDevice(Dev_name,Name,Type) 851 | 852 | def CreateIfnotExist(self, __IEEE, __Type, Name, opt = 0): 853 | if GetDomoDeviceInfo(__IEEE) == False: 854 | CreateDevice(__IEEE, Name, __Type, opt) 855 | 856 | def NormalConnexion(self,_Data): 857 | 858 | Domoticz.Debug("Classic Data : " + str(_Data) ) 859 | 860 | #JSON with data returned >> _Data = [{'success': {'/lights/2/state/on': True}}, {'success': {'/lights/2/state/bri': 251}}] 861 | if isinstance(_Data, list): 862 | self.ReadReturn(_Data) 863 | else: 864 | if (self.Ready != True): 865 | #JSON with config 866 | if 'bridgeid' in _Data: 867 | if 'websocketnotifyall' in _Data: 868 | self.ReadConfig(_Data) 869 | else: 870 | Domoticz.Error("Incorrect or unknown API KEY!") 871 | 872 | else: 873 | #JSON with device info like {'1': {'data:1}} 874 | for i in _Data: 875 | if 'config' in _Data[i] and 'disarmed_entry_delay' in _Data[i]['config']: 876 | # Alarm System 877 | Domoticz.Status("Alarm System configured :" + str(_Data[i]['config']['configured'])) 878 | nbre = len(_Data[i]['devices']) 879 | if nbre > 0 : 880 | CreateAlarmSystemControl() 881 | Domoticz.Status("Number of devices inside :" + str(nbre)) 882 | UpdatelarmSystemControl(_Data[i]['state']['armstate']) 883 | else: 884 | self.InitDomoticzDB(i,_Data[i],self.INIT_STEP[0]) 885 | 886 | #Update initialisation 887 | self.ManageInit(True) 888 | else: 889 | #JSON with device info like {'data:1} 890 | # Groups ? 891 | if 'devicemembership' in _Data: 892 | _id = _Data.get('id','') 893 | if _id: 894 | self.InitDomoticzDB(_id,_Data,'groups') 895 | # simple device ? 896 | else: 897 | typ,_id = self.GetDevicedeCONZ(_Data.get('uniqueid','') ) 898 | if _id: 899 | self.InitDomoticzDB(_id,_Data,typ) 900 | 901 | def ReadReturn(self,_Data): 902 | kwarg = {} 903 | _id = False 904 | _type = False 905 | 906 | for _Data2 in _Data: 907 | 908 | First_item = next(iter(_Data2)) 909 | 910 | #Command Error 911 | if First_item == 'error': 912 | Domoticz.Error("deCONZ error :" + str(_Data2)) 913 | self.DisplayDeconzInfo("Error: " + _Data2['error']['address'] + " > " + _Data2['error']['description'],4) 914 | if (_Data2['error']['type'] == 3) or (_Data2['error']['type'] == 202): 915 | Domoticz.Log("Seems like disconnected") 916 | dev = _Data2['error']['address'].split('/') 917 | _id = dev[2] 918 | _type = dev[1] 919 | #Set red header 920 | kwarg.update({'TimedOut':1}) 921 | 922 | #Command sucess 923 | elif First_item == 'success': 924 | 925 | data = _Data2['success'] 926 | dev = (list(data.keys())[0] ).split('/') 927 | val = data[list(data.keys())[0]] 928 | 929 | if len(dev) < 3: 930 | pass 931 | else: 932 | if not _id: 933 | _id = dev[2] 934 | _type = dev[1] 935 | 936 | if dev[1] == 'config': 937 | Domoticz.Status("Editing configuration: " + str(data)) 938 | #if dev[1] == 'lights' and dev[4] == 'alert': 939 | # kwarg.update(ProcessAllState({'alert':val} ,'')) 940 | 941 | else: 942 | Domoticz.Error("Not managed return JSON: " + str(_Data2) ) 943 | 944 | if kwarg: 945 | UpdateDevice(_id, _type ,kwarg, self.SpecialDeviceList) 946 | 947 | def ReadConfig(self,_Data): 948 | #trick to test is deconz is ready 949 | fw = _Data['fwversion'] 950 | if fw == '0x00000000': 951 | Domoticz.Error("Startup failed. retrying....") 952 | #Cancel this part to restart it after 1 heartbeat (10s) 953 | return 954 | Domoticz.Status("Firmware version: " + _Data['fwversion'] ) 955 | Domoticz.Status("Websocketnotifyall: " + str(_Data['websocketnotifyall'])) 956 | if not _Data['websocketnotifyall'] == True: 957 | Domoticz.Error("Websocketnotifyall is not set to True") 958 | if len(_Data['whitelist']) > 10: 959 | Domoticz.Status("You have " + str(len(_Data['whitelist'])) + " API keys memorised, some of them are probably useless, can use the API_KEY.py tool or the Front end to clean them") 960 | 961 | #Launch Web socket connexion 962 | self.WebSocket = Domoticz.Connection(Name="deCONZ_WebSocket", Transport="TCP/IP", Address=Parameters["Address"], Port=str(_Data['websocketport']) ) 963 | self.WebSocket.Connect() 964 | 965 | self.ManageInit(True) 966 | 967 | def WebSocketConnexion(self,_Data): 968 | 969 | Domoticz.Debug("### WebSocket Data : " + str(_Data) ) 970 | 971 | if not self.Ready == True: 972 | Domoticz.Error("deCONZ not ready") 973 | return 974 | 975 | if 'e' in _Data: 976 | if _Data['e'] == 'deleted': 977 | return 978 | if _Data['e'] == 'added': 979 | return 980 | if _Data['e'] == 'scene-called': 981 | Domoticz.Log("Playing scene > group:" + str(_Data['gid']) + " Scene:" + str(_Data['scid']) ) 982 | return 983 | 984 | #Remove all uniqueid that can be have in group 985 | if 'r' in _Data: 986 | if _Data['r'] == 'groups' and 'uniqueid' in _Data: 987 | _Data.pop('uniqueid') 988 | 989 | #Take care, no uniqueid for groups 990 | IEEE,state = self.GetDeviceIEEE(_Data['id'],_Data['r']) 991 | 992 | #Patch for device with double UniqueID, can't be light 993 | if (not IEEE) and ('uniqueid' in _Data) and _Data['r'] != 'lights': 994 | typ,_id = self.GetDevicedeCONZ(_Data['uniqueid'] ) 995 | if _id and (typ == _Data['r']): 996 | Domoticz.Log("Double UniqueID correction : " + _Data['id'] + ' > ' + str(_id) ) 997 | _Data['id'] = _id 998 | IEEE,state = self.GetDeviceIEEE(_Data['id'],_Data['r']) 999 | 1000 | if not IEEE: 1001 | if 'uniqueid' in _Data: 1002 | Domoticz.Error("Websocket error, unknown device > " + str(_Data['id']) + ' (' + str(_Data['r']) + ') Asking for information') 1003 | IEEE = str(_Data['uniqueid']) 1004 | #Try getting informations 1005 | self.Devices[IEEE] = {'id' : str(_Data['id']) , 'type' : str(_Data['r']) , 'state' : 'missing'} 1006 | self.SendCommand('/api/' + Parameters["Mode2"] + '/' + str(_Data['r']) + '/' + str(_Data['id']) ) 1007 | else: 1008 | if str(_Data['r']) == 'alarmsystems': 1009 | if 'state' in _Data: 1010 | UpdatelarmSystemControl(_Data['state']['armstate']) 1011 | else: 1012 | Domoticz.Error("Websocket error, unknown device > " + str(_Data['id']) + ' (' + str(_Data['r']) + ')') 1013 | #Try getting informations 1014 | if str(_Data['r']) == 'groups': 1015 | #Name = str(_Data['name']) 1016 | #Dev_name = 'GROUP_' + Name.replace(' ','_') 1017 | #self.Devices[Dev_name] = {'id' : str(_Data['id']) , 'type' : 'groups' , 'model' : 'groups', 'state' : 'missing'} 1018 | self.SendCommand('/api/' + Parameters["Mode2"] + '/groups/' + str(_Data['id']) ) 1019 | 1020 | return 1021 | if state == 'banned': 1022 | Domoticz.Debug("Banned/Ignored device > " + str(_Data['id']) + ' (' + str(_Data['r']) + ')') 1023 | return 1024 | if state == 'missing': 1025 | Domoticz.Error("Missing device > " + str(_Data['id']) + ' (' + str(_Data['r']) + ')') 1026 | return 1027 | 1028 | model = self.Devices[IEEE].get('model','') 1029 | 1030 | #if 'Thermostat' in model: 1031 | # Domoticz.Status("Thermostat debug : " + str(_Data)) 1032 | 1033 | kwarg = {} 1034 | 1035 | #MAJ State : _Data['e'] == 'changed' 1036 | if 'state' in _Data: 1037 | state = _Data['state'] 1038 | kwarg.update(ProcessAllState(state , model, self.Devices[IEEE].get('option',0))) 1039 | 1040 | if 'buttonevent' in state: 1041 | if model == 'XCube_C': 1042 | kwarg.update(ButtonconvertionXCUBE(state['buttonevent']) ) 1043 | elif model == 'XCubeT1_C': 1044 | kwarg.update(ButtonconvertionXCUBET1(state['buttonevent'], state['gesture']) ) 1045 | elif model == 'XCubeProT1_C': 1046 | kwarg.update(ButtonconvertionXCUBEPROT1(state['buttonevent'], state['gesture']) ) 1047 | elif model == 'XCube_R': 1048 | kwarg.update(ButtonconvertionXCUBE_R(state['buttonevent']) ) 1049 | elif model == 'Tradfri_remote': 1050 | kwarg.update(ButtonconvertionTradfriRemote(state['buttonevent']) ) 1051 | elif model == 'Tradfri_on/off_switch': 1052 | kwarg.update(ButtonconvertionTradfriSwitch(state['buttonevent']) ) 1053 | elif model == 'Xiaomi_double_gang': 1054 | kwarg.update(ButtonConvertion(state['buttonevent'], 1 ) ) 1055 | elif model == 'Xiaomi_Opple_6_button_switch': 1056 | kwarg.update(ButtonConvertion(state['buttonevent'], 2) ) 1057 | elif model == 'Xiaomi_single_gang': 1058 | kwarg.update(ButtonConvertion(state['buttonevent'], 3) ) 1059 | elif model == "Tuya_button_switch": 1060 | kwarg.update(ButtonConvertion(state['buttonevent'], 4) ) 1061 | elif model == "Philips_button_switch": 1062 | kwarg.update(ButtonConvertion(state['buttonevent'], 5) ) 1063 | elif model == "Styrbar_remote": 1064 | kwarg.update(ButtonConvertion(state['buttonevent'], 6) ) 1065 | elif model == "Binary_module": 1066 | kwarg.update(ButtonConvertion(state['buttonevent'], 7) ) 1067 | else: 1068 | kwarg.update(ButtonConvertion(state['buttonevent']) ) 1069 | if (IEEE not in self.NeedToReset) and (model != "Binary_module"): 1070 | self.NeedToReset.append(IEEE) 1071 | 1072 | if 'vibration' in state: 1073 | kwarg.update(VibrationSensorConvertion( state['vibration'] , state.get('tiltangle',None), state.get('orientation',None)) ) 1074 | 1075 | if 'reachable' in state: 1076 | if state['reachable'] == True: 1077 | Unit = GetDomoDeviceInfo(IEEE) 1078 | #Jump following action if Unit content is not valid 1079 | if Unit != False: 1080 | LUpdate = Devices[Unit].LastUpdate 1081 | LUpdate=time.mktime(time.strptime(LUpdate,"%Y-%m-%d %H:%M:%S")) 1082 | current = time.time() 1083 | 1084 | if (SETTODEFAULT): 1085 | #Check if the device has been see, at least 10 s ago 1086 | if (current-LUpdate) > 10: 1087 | Domoticz.Status("###### Device just reconnected: " + str(_Data) + "Set to default state") 1088 | self.SetDeviceDefautState(IEEE,_Data['r']) 1089 | else: 1090 | Domoticz.Status("###### Device just reconnected: " + str(_Data) + "But ignored") 1091 | 1092 | if ('tampered' in state) or ('lowbattery' in state): 1093 | tampered = state.get('tampered',False) 1094 | lowbattery = state.get('lowbattery',False) 1095 | if tampered or lowbattery: 1096 | kwarg.update({'TimedOut':1}) 1097 | Domoticz.Error("###### Device with hardware default: " + str(_Data)) 1098 | self.DisplayDeconzInfo("Device with hardware default: " + IEEE + " > " + str(state),4) 1099 | 1100 | #MAJ config 1101 | elif 'config' in _Data: 1102 | config = _Data['config'] 1103 | kwarg.update(ProcessAllConfig(config,model,0)) 1104 | 1105 | #MAJ attr, not used yet 1106 | elif 'attr' in _Data: 1107 | attr = _Data['attr'] 1108 | 1109 | #MAJ capabilities, not used yet 1110 | elif 'capabilities' in _Data: 1111 | capabilities = _Data['capabilities'] 1112 | 1113 | else: 1114 | Domoticz.Error("Unknow MAJ: " + str(_Data) ) 1115 | 1116 | if kwarg: 1117 | UpdateDevice(_Data['id'], _Data['r'], kwarg, self.SpecialDeviceList) 1118 | 1119 | def DeleteDeviceFromdeCONZ(self,_id): 1120 | 1121 | url = '/api/' + Parameters["Mode2"] + '/sensors/' + str(_id) 1122 | 1123 | self.Buffer_Command.append((url,'delete')) 1124 | self.UpdateBuffer() 1125 | 1126 | Domoticz.Status("### Deleting device " + str(_id)) 1127 | 1128 | def SendCommand(self,url,data=None): 1129 | 1130 | Domoticz.Debug("Send Command " + url + " with " + str(data) + ' (' + str(len(self.Buffer_Command)) + ' in buffer)') 1131 | 1132 | sendData = (url , data) 1133 | self.Buffer_Command.append(sendData) 1134 | self.UpdateBuffer() 1135 | 1136 | def GetDevicedeCONZ(self,IEEE): 1137 | if IEEE in self.Devices: 1138 | return self.Devices[IEEE]['type'],self.Devices[IEEE]['id'] 1139 | 1140 | return False,False 1141 | 1142 | def UpdateBuffer(self): 1143 | if len(self.Buffer_Command) == 0: 1144 | return 1145 | 1146 | debut_time = time.time() 1147 | 1148 | while len(self.Buffer_Command) > 0: 1149 | 1150 | u , c = self.Buffer_Command.pop(0) 1151 | 1152 | _Data = MakeRequest('http://' + Parameters["Address"] + ':' + Parameters["Port"] + str(u) , c) 1153 | 1154 | #If not data usefull 1155 | if len(_Data) == 0: 1156 | return 1157 | 1158 | #Clean data 1159 | #_Data = _Data.replace('true','True').replace('false','False').replace('null','None').replace('\n','***').replace('\00','') 1160 | try: 1161 | _Data = json.loads(_Data) 1162 | except: 1163 | #Sometime the connexion bug, trying to repair 1164 | Domoticz.Error("Malformed JSON response, Trying to repair: " + str(_Data) ) 1165 | _Data = JSON_Repair(_Data) 1166 | try: 1167 | _Data = json.loads(_Data) 1168 | Domoticz.Error("New Data repaired: " + str(_Data)) 1169 | except: 1170 | Domoticz.Error("Can't repair malformed JSON: " + str(_Data) ) 1171 | _Data = None 1172 | 1173 | #traitement 1174 | if not _Data == None: #WARNING None because can be {} 1175 | self.NormalConnexion(_Data) 1176 | 1177 | fin_time = time.time() 1178 | 1179 | # if the process take more than 1s, skip all, not normal 1180 | if fin_time - debut_time > 1 : 1181 | Domoticz.Error("Process request took to long: " + str(fin_time - debut_time) + ' s') 1182 | break 1183 | 1184 | return 1185 | 1186 | def GetDeviceIEEE(self,_id,_type): 1187 | if _id == self.IDGateway and _type == 'lights': 1188 | return True, "banned" 1189 | 1190 | for IEEE in self.Devices: 1191 | if (self.Devices[IEEE]['type'] == _type) and (self.Devices[IEEE]['id'] == _id): 1192 | return IEEE,self.Devices[IEEE].get('state','unknow') 1193 | 1194 | return False,'unknow' 1195 | 1196 | def SetDeviceDefautState(self,IEEE,_type): 1197 | # Set bulb on same state than in domoticz 1198 | if _type == 'lights': 1199 | Unit = GetDomoDeviceInfo(IEEE) 1200 | if Devices[Unit].nValue == 0: 1201 | _json = '{"on":false}' 1202 | else: 1203 | _json = '{"on":true}' 1204 | dummy,deCONZ_ID = self.GetDevicedeCONZ(IEEE) 1205 | url = '/api/' + Parameters["Mode2"] + '/lights/' + str(deCONZ_ID) + '/state' 1206 | self.SendCommand(url,_json) 1207 | 1208 | def DisplayDeconzInfo(self,text,level=0): 1209 | if not self.DeconzInfoUnit: 1210 | return 1211 | Devices[self.DeconzInfoUnit].Update(nValue=level, sValue=str(text)) 1212 | 1213 | 1214 | global _plugin 1215 | _plugin = BasePlugin() 1216 | 1217 | def onStart(): 1218 | global _plugin 1219 | _plugin.onStart() 1220 | 1221 | def onStop(): 1222 | global _plugin 1223 | _plugin.onStop() 1224 | 1225 | def onConnect(Connection, Status, Description): 1226 | global _plugin 1227 | _plugin.onConnect(Connection, Status, Description) 1228 | 1229 | def onMessage(Connection, Data): 1230 | global _plugin 1231 | _plugin.onMessage(Connection, Data) 1232 | 1233 | def onCommand(Unit, Command, Level, Hue): 1234 | global _plugin 1235 | _plugin.onCommand(Unit, Command, Level, Hue) 1236 | 1237 | def onNotification(Name, Subject, Text, Status, Priority, Sound, ImageFile): 1238 | global _plugin 1239 | _plugin.onNotification(Name, Subject, Text, Status, Priority, Sound, ImageFile) 1240 | 1241 | def onDisconnect(Connection): 1242 | global _plugin 1243 | _plugin.onDisconnect(Connection) 1244 | 1245 | def onHeartbeat(): 1246 | global _plugin 1247 | _plugin.onHeartbeat() 1248 | 1249 | def onDeviceRemoved(unit): 1250 | global _plugin 1251 | _plugin.onDeviceRemoved(unit) 1252 | 1253 | # Generic helper functions 1254 | def DumpConfigToLog(): 1255 | for x in Parameters: 1256 | if Parameters[x] != "": 1257 | Domoticz.Debug( "'" + x + "':'" + str(Parameters[x]) + "'") 1258 | Domoticz.Debug("Device count: " + str(len(Devices))) 1259 | for x in Devices: 1260 | Domoticz.Debug("Device: " + str(x) + " - " + str(Devices[x])) 1261 | Domoticz.Debug("Device ID: '" + str(Devices[x].ID) + "'") 1262 | Domoticz.Debug("Device Name: '" + Devices[x].Name + "'") 1263 | Domoticz.Debug("Device nValue: " + str(Devices[x].nValue)) 1264 | Domoticz.Debug("Device sValue: '" + Devices[x].sValue + "'") 1265 | Domoticz.Debug("Device LastLevel: " + str(Devices[x].LastLevel)) 1266 | return 1267 | 1268 | def GetDeviceIEEE(id,type): 1269 | global _plugin 1270 | return _plugin.GetDeviceIEEE(id,type) 1271 | 1272 | def DisplayDeconzInfo(text,level=0): 1273 | global _plugin 1274 | return _plugin.DisplayDeconzInfo(text,level) 1275 | 1276 | #***************************************************************************************************** 1277 | 1278 | def MakeRequest(url,param=None): 1279 | 1280 | Domoticz.Debug("Making Request: " + url + ' with params ' + str(param) ) 1281 | 1282 | data = '' 1283 | 1284 | try: 1285 | if not param == None: 1286 | if param == 'delete': 1287 | result=requests.delete(url, headers={'Content-Type': 'application/json' }, timeout=1) 1288 | else: 1289 | headers={'Content-Type': 'application/json' } 1290 | result=requests.put(url , headers=headers, json = param, timeout=1) 1291 | #result=requests.put(url , headers=headers, data = json.dumps(param), timeout=1) 1292 | else : 1293 | result=requests.get(url, headers={'Content-Type': 'application/json' }, timeout=1) 1294 | 1295 | if result.status_code == 200 : 1296 | data = result.content 1297 | else: 1298 | Domoticz.Error( "Connection problem (1) with Gateway : " + str(result.status_code) ) 1299 | return '' 1300 | except: 1301 | if not REQUESTPRESENT: 1302 | Domoticz.Error("Your python version is missing the requests library") 1303 | Domoticz.Error("To install it, type : sudo -H pip3 install requests | sudo -H pip install requests") 1304 | else: 1305 | try: 1306 | Domoticz.Error( "Connection problem (2) with Gateway : " + str(result.status_code) ) 1307 | except: 1308 | Domoticz.Error( "Connection problem (3) with Gateway, check your API key, or Use Request lib > V2.4.2") 1309 | return '' 1310 | 1311 | Domoticz.Debug('Request Return: ' + str(data.decode("utf-8", "ignore")) ) 1312 | 1313 | return data.decode("utf-8", "ignore") 1314 | 1315 | def get_ip(): 1316 | import socket 1317 | s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM) 1318 | try: 1319 | # doesn't even have to be reachable 1320 | s.connect(('10.255.255.255', 1)) 1321 | IP = s.getsockname()[0] 1322 | except: 1323 | IP = '127.0.0.1' 1324 | finally: 1325 | s.close() 1326 | return IP 1327 | 1328 | def GetDomoDeviceInfo(IEEE): 1329 | for x in Devices: 1330 | if Devices[x].DeviceID == str(IEEE) : 1331 | return x 1332 | return False 1333 | 1334 | def FreeUnit() : 1335 | FreeUnit = "" 1336 | for x in range(1,255): 1337 | if x not in Devices : 1338 | FreeUnit=x 1339 | return FreeUnit 1340 | if FreeUnit == "" : 1341 | FreeUnit=len(Devices)+1 1342 | return FreeUnit 1343 | 1344 | def GetDomoUnit(_id,_type): 1345 | try: 1346 | IEEE,state = GetDeviceIEEE(_id,_type) 1347 | 1348 | if IEEE == False: 1349 | Domoticz.Log("Device not in base, needs resynchronisation ? > " + str(_id) + ' (' + str(_type) + ')') 1350 | return False 1351 | elif state == 'banned': 1352 | Domoticz.Log("Banned device > " + str(_id) + ' (' + str(_type) + ')') 1353 | return False 1354 | elif state == 'missing': 1355 | Domoticz.Log("missing device > " + str(_id) + ' (' + str(_type) + ')') 1356 | return False 1357 | 1358 | return GetDomoDeviceInfo(IEEE) 1359 | except: 1360 | return False 1361 | 1362 | return False 1363 | 1364 | def UpdateDevice_Special(_id,_type,kwarg, field): 1365 | value = kwarg.get(field ,False) 1366 | 1367 | IEEE,dummy = GetDeviceIEEE(_id,_type) 1368 | 1369 | #select special device 1370 | Unit2 = GetDomoDeviceInfo(IEEE + '_' + field) 1371 | 1372 | kwarg2 = kwarg.copy() 1373 | 1374 | if (field == 'mode') or (field == 'preset'): 1375 | kwarg2['nValue'] = value 1376 | kwarg2['sValue'] = str(value) 1377 | 1378 | elif field == 'orientation': 1379 | kwarg2['nValue'] = value[1] 1380 | kwarg2['sValue'] = value[0] 1381 | 1382 | else: # used for voltage, current 1383 | kwarg2['nValue'] = 0 1384 | kwarg2['sValue'] = str(value) 1385 | 1386 | if not Unit2 : 1387 | Domoticz.Debug("Can't Update Unit > " + str(_id) + ' (' + str(_type) + ') Special part' ) 1388 | return 1389 | 1390 | #Update it 1391 | UpdateDeviceProc(kwarg2,Unit2) 1392 | 1393 | def UpdateDevice(_id, _type, kwarg, SpecList): 1394 | 1395 | Unit = GetDomoUnit(_id,_type) 1396 | 1397 | if not Unit or not kwarg: 1398 | Domoticz.Error("Can't Update Unit > " + str(_id) + ' (' + str(_type) + ') : ' + str(kwarg) ) 1399 | return 1400 | 1401 | #Check for special device, and remove special kwarg 1402 | for d in SpecList: 1403 | if d in kwarg: 1404 | UpdateDevice_Special(_id, _type, kwarg, d) 1405 | 1406 | #Update the device 1407 | UpdateDeviceProc(kwarg,Unit) 1408 | 1409 | def UpdateDeviceProc(kwarg,Unit): 1410 | #Do we need to update the sensor ? 1411 | NeedUpdate = False 1412 | IsUpdate = False 1413 | 1414 | if ('nValue' in kwarg) or ('sValue' in kwarg): 1415 | IsUpdate = True 1416 | 1417 | for d in FullSpecialDeviceList: 1418 | if d in kwarg: 1419 | kwarg.pop(d) 1420 | 1421 | for a in kwarg: 1422 | if kwarg[a] != getattr(Devices[Unit], a ): 1423 | NeedUpdate = True 1424 | break 1425 | 1426 | #Force update even there is no change, for exemple in case the user press a switch too fast, to not miss an event 1427 | # Only for switch > 'LevelNames' in Devices[Unit].Options 1428 | # Only sensors > _type == 'sensors' 1429 | if IsUpdate and ('LevelNames' in Devices[Unit].Options) and (kwarg['nValue'] != 0): 1430 | NeedUpdate = True 1431 | 1432 | #hack to make graph more realistic, we loose the first value, but have at least a good value every hour. 1433 | if (Devices[Unit].Type == 113) or (Devices[Unit].Type == 248): 1434 | if NeedUpdate: 1435 | pass 1436 | #LUpdate = Devices[Unit].LastUpdate 1437 | #LUpdate=time.mktime(time.strptime(LUpdate,"%Y-%m-%d %H:%M:%S")) 1438 | #current = time.time() 1439 | #if (current-LUpdate) > 3600: 1440 | # kwarg['nValue'] = Devices[Unit].nValue 1441 | # kwarg['sValue'] = Devices[Unit].sValue 1442 | # Domoticz.Status("### debug 2 ("+Devices[Unit].Name+") : " + str(kwarg)) 1443 | else: 1444 | # Code to autorise update at least 1 time by hour if you have same data. 1445 | LUpdate = Devices[Unit].LastUpdate 1446 | LUpdate=time.mktime(time.strptime(LUpdate,"%Y-%m-%d %H:%M:%S")) 1447 | current = time.time() 1448 | if (current-LUpdate) > 3600: 1449 | NeedUpdate = True 1450 | 1451 | #Disabled because no update for battery or last seen for exemple 1452 | #No need to trigger in this situation 1453 | #if (kwarg['nValue'] == Devices[Unit].nValue) and (kwarg['nValue'] == Devices[Unit].nValue) and ('Color' not in kwarg): 1454 | # kwarg['SuppressTriggers'] = True 1455 | 1456 | #Always update for Color Bulb 1457 | if 'Color' in kwarg: 1458 | NeedUpdate = True 1459 | 1460 | #force update, at least 1 every 24h 1461 | if (not NeedUpdate) and IsUpdate: 1462 | LUpdate = Devices[Unit].LastUpdate 1463 | LUpdate=time.mktime(time.strptime(LUpdate,"%Y-%m-%d %H:%M:%S")) 1464 | current = time.time() 1465 | if (current-LUpdate) > 86400: 1466 | NeedUpdate = True 1467 | 1468 | #Need to remove the warning/defaut flag on widget ? 1469 | if Devices[Unit].TimedOut != 0 and (kwarg.get('TimedOut',0) == 0) and IsUpdate: 1470 | NeedUpdate = True 1471 | kwarg['TimedOut'] = 0 1472 | 1473 | #Theses value are needed for Domoticz 1474 | if 'nValue' not in kwarg: 1475 | kwarg['nValue'] = Devices[Unit].nValue 1476 | if 'sValue' not in kwarg: 1477 | kwarg['sValue'] = Devices[Unit].sValue 1478 | 1479 | #Do we need to update the special battery sensor ? 1480 | if ENABLEBATTERYWIDGET: 1481 | if 'BatteryLevel' in kwarg and kwarg['BatteryLevel'] != 255: 1482 | NewIEE = Devices[Unit].DeviceID.split("-")[0] 1483 | Unit2 = GetDomoDeviceInfo(NewIEE + '_battery') 1484 | if Unit2 and getattr(Devices[Unit2],'BatteryLevel') != kwarg['BatteryLevel']: 1485 | levelBatt=kwarg['BatteryLevel'] 1486 | if levelBatt >= 75: 1487 | icon = "batterylevelfull" 1488 | elif levelBatt >= 50: 1489 | icon = "batterylevelok" 1490 | elif levelBatt >= 25: 1491 | icon = "batterylevellow" 1492 | else: 1493 | icon = "batterylevelempty" 1494 | kwarg2 = {"nValue":0, "sValue":str(kwarg["BatteryLevel"]),"Image":Images[icon].ID} 1495 | Devices[Unit2].Update(**kwarg2) 1496 | Domoticz.Debug("### Update special device ("+NewIEE+") : " + str(kwarg)) 1497 | 1498 | if NeedUpdate or not LIGHTLOG: 1499 | Domoticz.Debug("### Update device ("+Devices[Unit].Name+") : " + str(kwarg)) 1500 | 1501 | #Disable offline light ? 1502 | if (Devices[Unit].Type == 241) or ((Devices[Unit].Type == 244) and (Devices[Unit].SubType == 73) and (Devices[Unit].SwitchType == 7)): 1503 | if (kwarg.get('TimedOut',0) != 0) and (Devices[Unit].nValue != 0) : 1504 | Domoticz.Debug("Will handle Timeout like off args: " + str(kwarg)) 1505 | kwarg['nValue'] = 0 1506 | kwarg['sValue'] = 'Off' 1507 | 1508 | Devices[Unit].Update(**kwarg) 1509 | 1510 | else: 1511 | Domoticz.Debug("### Update device ("+Devices[Unit].Name+") : " + str(kwarg) + ", IGNORED , no changes !") 1512 | 1513 | def UpdatelarmSystemControl(etat): 1514 | Unit = GetDomoDeviceInfo('Alarm_System_1') 1515 | if not Unit: 1516 | return 1517 | 1518 | try: 1519 | v = 10 * ['disarmed','armed_away','armed_stay','armed_night'].index(etat) 1520 | UpdateDeviceProc({'nValue': v, 'sValue': str(v)}, Unit) 1521 | except: 1522 | pass 1523 | 1524 | 1525 | def CreateAlarmSystemControl(): 1526 | 1527 | if GetDomoDeviceInfo('Alarm_System_1') != False: 1528 | return 1529 | 1530 | kwarg = {} 1531 | Unit = FreeUnit() 1532 | TypeName = '' 1533 | 1534 | kwarg['Type'] = 244 1535 | kwarg['Subtype'] = 62 1536 | kwarg['Switchtype'] = 18 1537 | kwarg['Image'] = 13 1538 | kwarg['Options'] = {"LevelActions": "||||", "LevelNames": "Disarm|Arm_away|Arm_stay|Arm_night", "LevelOffHidden": "false", "SelectorStyle": "0"} 1539 | 1540 | kwarg['DeviceID'] = 'Alarm_System_1' 1541 | kwarg['Name'] = 'Alarm System' 1542 | kwarg['Unit'] = Unit 1543 | Domoticz.Device(**kwarg).Create() 1544 | 1545 | Domoticz.Status("### Create Alarm System Device as Unit " + str(Unit) ) 1546 | 1547 | def CreateDevice(IEEE, _Name, _Type, opt = 0): 1548 | kwarg = Createdatawidget(IEEE, _Name, _Type, opt) 1549 | Unit = FreeUnit() 1550 | TypeName = '' 1551 | 1552 | if not kwarg: 1553 | Domoticz.Error("Unknow device type " + _Type ) 1554 | return 1555 | 1556 | kwarg['DeviceID'] = IEEE 1557 | kwarg['Name'] = _Name 1558 | kwarg['Unit'] = Unit 1559 | Domoticz.Device(**kwarg).Create() 1560 | 1561 | Domoticz.Status("### Create Device " + IEEE + " > " + _Name + ' (' + _Type +') as Unit ' + str(Unit) ) #Devices[Unit].ID 1562 | -------------------------------------------------------------------------------- /widget.py: -------------------------------------------------------------------------------- 1 | #!/usr/bin/env python3 2 | # coding: utf-8 -*- 3 | 4 | def Createdatawidget(IEEE, _Name, _Type, opt): 5 | 6 | kwarg = {} 7 | 8 | #Operator 9 | if _Type == 'Color light' or _Type == 'Color dimmable light': 10 | kwarg['Type'] = 241 11 | kwarg['Subtype'] = 2 12 | kwarg['Switchtype'] = 7 13 | 14 | elif _Type == 'Extended color light': 15 | kwarg['Type'] = 241 16 | kwarg['Subtype'] = 7 17 | kwarg['Switchtype'] = 7 18 | 19 | elif _Type == 'Color temperature light': 20 | kwarg['Type'] = 241 21 | kwarg['Subtype'] = 8 22 | kwarg['Switchtype'] = 7 23 | 24 | elif _Type == 'Dimmable light' or _Type == 'Dimmable plug-in unit' or _Type == 'Dimmer switch': 25 | kwarg['Type'] = 244 26 | kwarg['Subtype'] = 73 27 | kwarg['Switchtype'] = 7 28 | 29 | elif _Type == 'Smart plug' or _Type == 'On/Off plug-in unit': 30 | kwarg['Type'] = 244 31 | kwarg['Subtype'] = 73 32 | kwarg['Switchtype'] = 0 33 | kwarg['Image'] = 1 34 | 35 | elif _Type == 'On/Off light' or _Type == 'On/Off output' or _Type == 'On/Off light switch': 36 | kwarg['Type'] = 244 37 | kwarg['Subtype'] = 73 38 | kwarg['Switchtype'] = 0 39 | 40 | elif _Type == 'Level control switch': 41 | kwarg['Type'] = 244 42 | kwarg['Subtype'] = 73 43 | kwarg['Switchtype'] = 0 44 | 45 | elif _Type == 'Color Temperature dimmable light': 46 | kwarg['Type'] = 241 47 | kwarg['Subtype'] = 4 48 | kwarg['Switchtype'] = 7 49 | 50 | #Some device have unknow as type, but are full working. 51 | elif _Type == 'Unknown': 52 | Domoticz.Error("Unknow device : assume a light " + IEEE + " > " + _Name + ' (' + _Type +')' ) 53 | kwarg['Type'] = 244 54 | kwarg['Subtype'] = 73 55 | kwarg['Switchtype'] = 0 56 | 57 | elif _Type == 'Window covering device' or _Type == 'Window covering controller' : 58 | kwarg['Type'] = 244 59 | kwarg['Subtype'] = 73 60 | kwarg['Switchtype'] = 15 61 | 62 | elif _Type == 'Door Lock': 63 | kwarg['Type'] = 244 64 | kwarg['Subtype'] = 73 65 | kwarg['Switchtype'] = 0 66 | 67 | elif _Type == 'Fan': 68 | kwarg['Type'] = 244 69 | kwarg['Subtype'] = 73 70 | kwarg['Switchtype'] = 0 71 | kwarg['Image'] = 7 72 | 73 | elif _Type == 'Range extender': 74 | kwarg['Type'] = 244 75 | kwarg['Subtype'] = 73 76 | kwarg['Switchtype'] = 0 77 | kwarg['Image'] = 17 78 | 79 | elif _Type == 'Warning device': 80 | kwarg['Type'] = 244 81 | kwarg['Subtype'] = 62 82 | kwarg['Switchtype'] = 18 83 | kwarg['Image'] = 13 84 | kwarg['Options'] = {"LevelActions": "|||", "LevelNames": "none|select|lselect|blink", "LevelOffHidden": "false", "SelectorStyle": "0"} 85 | 86 | #Sensors 87 | elif _Type == 'Daylight': 88 | kwarg['Type'] = 244 89 | kwarg['Subtype'] = 73 90 | kwarg['Switchtype'] = 9 91 | 92 | elif _Type == 'ZHATemperature' or _Type == 'CLIPTemperature': 93 | kwarg['TypeName'] = 'Temperature' 94 | 95 | elif _Type == 'ZHAHumidity' or _Type == 'CLIPHumidity': 96 | kwarg['TypeName'] = 'Humidity' 97 | 98 | elif _Type == 'ZHAMoisture': 99 | kwarg['TypeName'] = 'Soil Moisture' 100 | 101 | elif _Type == 'ZHAPressure'or _Type == 'CLIPPressure': 102 | kwarg['TypeName'] = 'Barometer' 103 | 104 | elif _Type == 'ZHAAirQuality' or _Type == 'ZHAParticulateMatter': 105 | #kwarg['TypeName'] = 'Air Quality' 106 | kwarg['TypeName'] = 'Custom' 107 | if opt == 1: 108 | kwarg['Options'] = {"Custom": ("1;μg/m³")} 109 | else: 110 | kwarg['Options'] = {"Custom": ("1;ppb")} 111 | 112 | elif _Type == 'ZHAAirPurifier': 113 | kwarg['TypeName'] = 'Custom' 114 | kwarg['Image'] = 7 115 | kwarg['Options'] = {"Custom": ("1;m/s")} 116 | 117 | elif _Type == 'ZHAOpenClose' or _Type == 'CLIPOpenClose' or _Type == 'ZHADoorLock': 118 | kwarg['Type'] = 244 119 | kwarg['Subtype'] = 73 120 | kwarg['Switchtype'] = 11 121 | 122 | elif _Type == 'ZHAPresence' or _Type == 'CLIPPresence': 123 | kwarg['Type'] = 244 124 | kwarg['Subtype'] = 73 125 | kwarg['Switchtype'] = 8 126 | 127 | elif _Type == 'ZHALightLevel' or _Type == 'CLIPLightLevel' or _Type == 'ZHALight': 128 | kwarg['TypeName'] = 'Illumination' 129 | 130 | elif _Type == 'ZHAConsumption':# in kWh 131 | #Device with only comsumption 132 | if opt == 0: 133 | kwarg['Type'] = 113 134 | kwarg['Subtype'] = 0 135 | kwarg['Switchtype'] = 0 136 | elif opt == 1: 137 | #Device with power and energy 138 | kwarg['TypeName'] = 'kWh' 139 | else: 140 | #Device with consumption_2 141 | kwarg['Type'] = 250 142 | kwarg['Subtype'] = 1 143 | 144 | elif _Type == 'ZHAPower':# in W 145 | kwarg['TypeName'] = 'Usage' 146 | elif _Type == 'ZHAPower_voltage': 147 | kwarg['Type'] = 243 148 | kwarg['Subtype'] = 8 149 | elif _Type == 'ZHAPower_current': 150 | kwarg['Type'] = 243 151 | kwarg['Subtype'] = 23 152 | 153 | elif _Type == 'ZHAAncillaryControl': 154 | kwarg['Type'] = 243 155 | kwarg['Subtype'] = 22 156 | 157 | elif _Type == 'ZHAVibration': 158 | kwarg['Type'] = 244 159 | kwarg['Subtype'] = 62 160 | kwarg['Switchtype'] = 18 161 | kwarg['Options'] = {"LevelActions": "|||", "LevelNames": "Off|Vibrate|Rotation|Drop", "LevelOffHidden": "true", "SelectorStyle": "0"} 162 | 163 | elif _Type == 'ZHAThermostat' or _Type == 'CLIPThermostat': 164 | kwarg['Type'] = 242 165 | kwarg['Subtype'] = 1 166 | 167 | elif _Type == 'ZHAAlarm': 168 | kwarg['Type'] = 244 169 | kwarg['Subtype'] = 73 170 | kwarg['Switchtype'] = 2 171 | 172 | elif _Type == 'ZHAWater': 173 | kwarg['Type'] = 244 174 | kwarg['Subtype'] = 62 175 | kwarg['Switchtype'] = 5 176 | kwarg['Image'] = 11 # Visible only on floorplan 177 | 178 | elif _Type == 'ZHAFire' or _Type == 'ZHACarbonMonoxide': 179 | kwarg['Type'] = 244 180 | kwarg['Subtype'] = 62 181 | kwarg['Switchtype'] = 5 182 | 183 | elif _Type == 'ZHABattery': 184 | kwarg['TypeName'] = 'Percentage' 185 | 186 | elif _Type == 'CLIPGenericStatus': 187 | kwarg['TypeName'] = 'Text' 188 | 189 | elif _Type == 'CLIPGenericFlag': 190 | kwarg['Type'] = 244 191 | kwarg['Subtype'] = 62 192 | kwarg['Switchtype'] = 0 193 | kwarg['Image'] = 9 194 | 195 | #Switch 196 | elif _Type == 'Xiaomi_single_gang': 197 | kwarg['Type'] = 244 198 | kwarg['Subtype'] = 62 199 | kwarg['Switchtype'] = 18 200 | kwarg['Image'] = 9 201 | kwarg['Options'] = {"LevelActions": "||||", "LevelNames": "Off|single press|double press|hold", "LevelOffHidden": "true", "SelectorStyle": "0"} 202 | 203 | elif _Type == 'Switch_Generic' or _Type == 'Xiaomi_double_gang': 204 | kwarg['Type'] = 244 205 | kwarg['Subtype'] = 62 206 | kwarg['Switchtype'] = 18 207 | kwarg['Image'] = 9 208 | kwarg['Options'] = {"LevelActions": "||||||", "LevelNames": "Off|B1|B2|B3|B4|B5|B6|B7|B8|B9", "LevelOffHidden": "true", "SelectorStyle": "0"} 209 | elif _Type == 'Xiaomi_Opple_6_button_switch': 210 | kwarg['Type'] = 244 211 | kwarg['Subtype'] = 62 212 | kwarg['Switchtype'] = 18 213 | kwarg['Image'] = 9 214 | kwarg['Options'] = {"LevelActions": "|||||||||||||||||", "LevelNames": "Off|B1|B2|B3|B4|B5|B6|B1L|B2L|B3L|B4L|B5L|B6L|B1RL|B2RL|B3RL|B4RL|B5RL|B6RL|B1D|B2D|B3D|B4D|B5D|B6D|B1T|B2T|B3T|B4T|B5T|B6T", "LevelOffHidden": "true", "SelectorStyle": "1"} 215 | elif _Type == 'Tuya_button_switch': 216 | kwarg['Type'] = 244 217 | kwarg['Subtype'] = 62 218 | kwarg['Switchtype'] = 18 219 | kwarg['Image'] = 9 220 | kwarg['Options'] = {"LevelActions": "|||||||||||||", "LevelNames": "Off|B1|L1|D1|B2|L2|D2|B3|L3|D3|B4|L4|D4", "LevelOffHidden": "true", "SelectorStyle": "1"} 221 | elif _Type == 'Philips_button_switch': 222 | kwarg['Type'] = 244 223 | kwarg['Subtype'] = 62 224 | kwarg['Switchtype'] = 18 225 | kwarg['Image'] = 9 226 | kwarg['Options'] = {"LevelActions": "|||||||||", "LevelNames": "Off|B1|L1|B2|L2|B3|L3|B4|L4", "LevelOffHidden": "true", "SelectorStyle": "1"} 227 | elif _Type == 'Binary_module': 228 | kwarg['Type'] = 244 229 | kwarg['Subtype'] = 62 230 | kwarg['Switchtype'] = 18 231 | kwarg['Image'] = 9 232 | kwarg['Options'] = {"LevelActions": "|||", "LevelNames": "Unknow|On|Off", "LevelOffHidden": "true", "SelectorStyle": "1"} 233 | 234 | elif _Type == 'Styrbar_remote': 235 | kwarg['Type'] = 244 236 | kwarg['Subtype'] = 62 237 | kwarg['Switchtype'] = 18 238 | kwarg['Image'] = 9 239 | kwarg['Options'] = {"LevelActions": "||||||||||||", "LevelNames": "V0|V1|V2|V3|V4|V5|V6|V7|V8|V9|V10|V11|V12", "LevelOffHidden": "true", "SelectorStyle": "0"} 240 | 241 | elif _Type == 'Tradfri_remote': 242 | kwarg['Type'] = 244 243 | kwarg['Subtype'] = 62 244 | kwarg['Switchtype'] = 18 245 | kwarg['Image'] = 9 246 | kwarg['Options'] = {"LevelActions": "|||||||||", "LevelNames": "Off|On|+|-|<|>|L +|L -|L <|L >", "LevelOffHidden": "true", "SelectorStyle": "0"} 247 | 248 | elif _Type == 'Tradfri_on/off_switch': 249 | kwarg['Type'] = 244 250 | kwarg['Subtype'] = 62 251 | kwarg['Switchtype'] = 18 252 | kwarg['Options'] = {"LevelActions": "|||||", "LevelNames": "Off|B1C|B1L|B2C|B2L", "LevelOffHidden": "true", "SelectorStyle": "0"} 253 | 254 | elif _Type == 'XCube_C' or _Type == 'XCubeT1_C': 255 | kwarg['Type'] = 244 256 | kwarg['Subtype'] = 62 257 | kwarg['Switchtype'] = 18 258 | kwarg['Image'] = 9 259 | kwarg['Options'] = {"LevelActions": "||||||||", "LevelNames": "Off|Shak|Wake|Drop|90°|180°|Push|Tap", "LevelOffHidden": "true", "SelectorStyle": "0"} 260 | 261 | elif _Type == 'XCubeProT1_C': 262 | kwarg['Type'] = 244 263 | kwarg['Subtype'] = 62 264 | kwarg['Switchtype'] = 18 265 | kwarg['Image'] = 9 266 | kwarg['Options'] = {"LevelActions": "||||||||||||", "LevelNames": "Off|F1|F2|F3|F4|F5|F6|Wake|Shake|Push|Tap|Drop", "LevelOffHidden": "true", "SelectorStyle": "0"} 267 | 268 | elif _Type == 'XCube_R': 269 | kwarg['TypeName'] = 'Custom' 270 | kwarg['Options'] = {"Custom": ("1;degree")} 271 | 272 | elif _Type == 'ZHARelativeRotary': 273 | kwarg['TypeName'] = 'Custom' 274 | kwarg['Options'] = {"Custom": ("1;degree")} 275 | 276 | elif _Type == 'Thermostat_Mode': 277 | kwarg['Type'] = 244 278 | kwarg['Subtype'] = 62 279 | kwarg['Switchtype'] = 18 280 | kwarg['Options'] = {"LevelActions": "|||", "LevelNames": "Off|Heat|Auto", "LevelOffHidden": "false", "SelectorStyle": "0"} 281 | 282 | elif _Type == 'Purifier_Mode': 283 | kwarg['Type'] = 244 284 | kwarg['Subtype'] = 62 285 | kwarg['Switchtype'] = 18 286 | kwarg['Image'] = 7 287 | kwarg['Options'] = {"LevelActions": "|||||||", "LevelNames": "Off|Auto|S1|S2|S3|S4|S5", "LevelOffHidden": "false", "SelectorStyle": "0"} 288 | 289 | elif _Type == 'Thermostat_Preset': 290 | kwarg['Type'] = 244 291 | kwarg['Subtype'] = 62 292 | kwarg['Switchtype'] = 18 293 | kwarg['Options'] = {"LevelActions": "|||||||||", "LevelNames": "Off|holiday|auto|manual|comfort|eco|boost|complex|program", "LevelOffHidden": "true", "SelectorStyle": "1"} 294 | 295 | elif _Type == 'Chrismast_E': 296 | kwarg['Type'] = 244 297 | kwarg['Subtype'] = 62 298 | kwarg['Switchtype'] = 18 299 | kwarg['Image'] = 14 300 | kwarg['Options'] = {"LevelActions": "||||||||||||||||", "LevelNames": "off|none|steady|snow|rainbow|snake|twinkle|fireworks|flag|waves|updown|vintage|fading|collide|strobe|sparkles|carnival|glow", "LevelOffHidden": "true", "SelectorStyle": "1"} 301 | 302 | elif _Type == 'Vibration_Orientation': 303 | kwarg['Type'] = 243 304 | kwarg['Subtype'] = 19 305 | 306 | #groups 307 | elif _Type == 'LightGroup' or _Type == 'groups': 308 | if "_dim" in _Name: 309 | kwarg['Type'] = 244 310 | kwarg['Subtype'] = 62 311 | kwarg['Switchtype'] = 7 312 | else: 313 | kwarg['Type'] = 241 314 | kwarg['Subtype'] = 7 315 | kwarg['Switchtype'] = 7 316 | #if 'bulbs_group' in Images: 317 | # kwarg['Image'] = Images['bulbs_group'].ID 318 | 319 | #Scenes 320 | elif _Type == 'Scenes': 321 | kwarg['Type'] = 244 322 | kwarg['Subtype'] = 62 323 | kwarg['Switchtype'] = 9 324 | kwarg['Image'] = 9 325 | 326 | return kwarg 327 | --------------------------------------------------------------------------------