pywibeee 0.0.6

Description:

pywibeee 0.0.6

Command line interface (CLI) for WiBeee (old Mirubee) meter.

Features

Autodiscover the host (IP) of the meter in a network
Get version of the meter
Get model of the meter
Get info of the meter: (version + model + host)
Get status meter data
Get sensors of the meter
Action: reset energy counter
Action: reboot of the meter (via web or via special command)
Several outputs when recieve data: xml, json, file, plain text
3 methods to get data: async_httpx, async_aiohttp, request



Requirements
pip install xmltodict requests aiohttp httpx


Installation
Install Python CLI package pywibeee
pip install pywibeee --upgrade


Usage
pywibeee -h

usage: pywibeee [-h] [-version] (--host HOST | --auto) [-t SETTIMEOUT]
[-o {xml,json,plain,file}]
[-p {80}]
[-m {async_httpx,async_aiohttp,request}]
(-a {reboot,rebootweb,resetenergy} | -g {model,version,status,info,sensors})

CLI for WiBeee (old Mirubee) meter

optional arguments:
-h, --help show this help message and exit
-version, --version show program's version number and exit
--host HOST The host (or the IP) of the meter.
--auto Autodiscover host function, look IP on net.
-t SETTIMEOUT, --settimeout SETTIMEOUT
set timeout in seconds (default 10)
-o {xml,json,plain,file}, --output {xml,json,plain,file}
xml|json|plain|file
-a {reboot,rebootweb,resetenergy}, --action {reboot,rebootweb,resetenergy}
reboot|rebootweb|resetenergy
-g {model,version,status,info,sensors}, --get {model,version,status,info,sensors}
model|version|status|info|sensors
-p {portnumber}, --port {portnumber}
port number of the meter (default 80)
-m {async_httpx, async_aiohttp, request}, --method {async_httpx, async_aiohttp, request}
async_httpx|async_aiohttp|request
(default async_httpx)

Enjoy! :)

Use examples

Get version
$ pywibeee --host 192.168.1.150 --get version
{"response": {"webversion": "3.4.614"}}


Get model
$ pywibeee --host 192.168.1.150 --get model
{"response": {"model": "WBB", "model_description": "Wibeee BOX"}}


Get info
$ pywibeee --host 192.168.1.150 -g info
{"response": {"model": "WBB", "model_description": "Wibeee BOX", "webversion": "3.4.614", "host": "192.168.1.150"}}


Get sensors with autodiscover
$ pywibeee --auto -g sensors
{"vrms": ["Vrms", "V", "mdi:power-plug"], "irms": ["Irms", "A", "mdi:flash-auto"], "p_aparent": ["Apparent Power", "VA", "mdi:flash-circle"], "p_activa": ["Active Power", "W", "mdi:flash"], "p_reactiva_ind": ["Inductive Reactive Power", "VArL", "mdi:flash-outline"], "p_reactiva_cap": ["Capacitive Reactive Power", "VArC", "mdi:flash-outline"], "frecuencia": ["Frequency", "Hz", "mdi:current-ac"], "factor_potencia": ["Power Factor", " ", "mdi:math-cos"], "energia_activa": ["Active Energy", "Wh", "mdi:pulse"], "energia_reactiva_ind": ["Inductive Reactive Energy", "VArLh", "mdi:alpha-e-circle-outline"], "energia_reactiva_cap": ["Capacitive Reactive Energy", "VArCh", "mdi:alpha-e-circle-outline"], "angle": ["Angle", "\u00b0", "mdi:angle-acute"], "thd_total": ["THD Current", "%", "mdi:chart-bubble"], "thd_fund": ["THD Current (fundamental)", "A", "mdi:vector-point"], "thd_ar3": ["THD Current Harmonic 3", "A", "mdi:numeric-3"], "thd_ar5": ["THD Current Harmonic 5", "A", "mdi:numeric-5"], "thd_ar7": ["THD Current Harmonic 7", "A", "mdi:numeric-7"], "thd_ar9": ["THD Current Harmonic 9", "A", "mdi:numeric-9"], "thd_tot_V": ["THD Voltage", "%", "mdi:chart-bubble"], "thd_fun_V": ["THD Voltage (fundamental)", "V", "mdi:vector-point"], "thd_ar3_V": ["THD Voltage Harmonic 3", "V", "mdi:numeric-3"], "thd_ar5_V": ["THD Voltage Harmonic 5", "V", "mdi:numeric-5"], "thd_ar7_V": ["THD Voltage Harmonic 7", "V", "mdi:numeric-7"], "thd_ar9_V": ["THD Voltage Harmonic 9", "V", "mdi:numeric-9"]}


Get status
$ pywibeee --host 192.168.1.150 --get status
{"response": {"model": "WBB", "webversion": "3.4.614", "time": "1570484447", "fase1_vrms": "228.70", "fase1_irms": "1.59", "fase1_p_aparent": "362.65", "fase1_p_activa": "264.34", "fase1_p_reactiva_ind": "0.00", "fase1_p_reactiva_cap": "248.27", "fase1_frecuencia": "50.08", "fase1_factor_potencia": "-0.729", "fase1_energia_activa": "222157", "fase1_energia_reactiva_ind": "4631", "fase1_energia_reactiva_cap": "188269", "fase1_angle": "0.00", "fase1_thd_total": "64.60", "fase1_thd_fund": "1.40", "fase1_thd_ar3": "0.60", "fase1_thd_ar5": "0.50", "fase1_thd_ar7": "0.40", "fase1_thd_ar9": "0.40", "fase1_thd_tot_V": "0.00", "fase1_thd_fun_V": "228.50", "fase1_thd_ar3_V": "0.00", "fase1_thd_ar5_V": "0.00", "fase1_thd_ar7_V": "0.00", "fase1_thd_ar9_V": "0.00", "fase2_vrms": "228.70", "fase2_irms": "0.34", "fase2_p_aparent": "76.77", "fase2_p_activa": "50.99", "fase2_p_reactiva_ind": "0.00", "fase2_p_reactiva_cap": "0.00", "fase2_frecuencia": "50.08", "fase2_factor_potencia": "-0.664", "fase2_energia_activa": "47714", "fase2_energia_reactiva_ind": "5021", "fase2_energia_reactiva_cap": "641", "fase2_angle": "0.00", "fase2_thd_total": "0.00", "fase2_thd_fund": "0.00", "fase2_thd_ar3": "0.00", "fase2_thd_ar5": "0.00", "fase2_thd_ar7": "0.00", "fase2_thd_ar9": "0.00", "fase2_thd_tot_V": "0.00", "fase2_thd_fun_V": "228.50", "fase2_thd_ar3_V": "0.00", "fase2_thd_ar5_V": "0.00", "fase2_thd_ar7_V": "0.00", "fase2_thd_ar9_V": "0.00", "fase3_vrms": "228.70", "fase3_irms": "1.53", "fase3_p_aparent": "349.48", "fase3_p_activa": "265.40", "fase3_p_reactiva_ind": "0.00", "fase3_p_reactiva_cap": "227.37", "fase3_frecuencia": "50.08", "fase3_factor_potencia": "0.759", "fase3_energia_activa": "187069", "fase3_energia_reactiva_ind": "196", "fase3_energia_reactiva_cap": "159927", "fase3_angle": "0.00", "fase3_thd_total": "66.10", "fase3_thd_fund": "1.30", "fase3_thd_ar3": "0.60", "fase3_thd_ar5": "0.50", "fase3_thd_ar7": "0.40", "fase3_thd_ar9": "0.00", "fase3_thd_tot_V": "0.00", "fase3_thd_fun_V": "228.50", "fase3_thd_ar3_V": "0.00", "fase3_thd_ar5_V": "0.00", "fase3_thd_ar7_V": "0.00", "fase3_thd_ar9_V": "0.00", "fase4_vrms": "228.70", "fase4_irms": "3.45", "fase4_p_aparent": "788.90", "fase4_p_activa": "49.93", "fase4_p_reactiva_ind": "0.00", "fase4_p_reactiva_cap": "20.90", "fase4_frecuencia": "50.08", "fase4_factor_potencia": "-0.063", "fase4_energia_activa": "456941", "fase4_energia_reactiva_ind": "9849", "fase4_energia_reactiva_cap": "348839", "scale": "100", "coilStatus": null, "ground": "0.00", "model_description": "Wibeee BOX"}}




Notes

Default IP for WiBeee (old Mirubee): 192.168.1.150
Default usernames / passwords:

Basic: user / user
Admin: admin / Sm1l1cs?
Admin another: admin / Wib333?


MAC Address: 00:1E:C0 (Microchip Technology)


OTA comands

21001A 576246696E697368426F6F746C6F6164657250726F6363657373 0D0A (hex) = WbStartBootloaderProccess = CHANGE_PORT_COMMAND_INIT
200119 576246696e697368426f6f746c6f6164657250726f6363657373 0D0A (hex) = WbFinishBootloaderProccess = CHANGE_PORT_COMMAND_FINAL
0D (hex) = Enter key = get version
0F (hex) = read Backup Position
01 (hex) = reset



Last firmware

We have a folder with firmware on it: firmware and a firmware finder downloader



Tools for firmware and App investigation

Emulator of WiBeee product: emulator
Cloud server for WiBeee called webserver: webserver

With this tools you can “play” with the firmware and the app.


Open ports
80/tcp open http Microchip Libraries of Applications TCP/IP Stack httpd
502/tcp open modbus Modbus TCP
550/tcp open new-rwho?



Models description WiBeee

WBM = Wibeee 1Ph
WBT = Wibeee 3Ph
WMX = Wibeee MAX
WTD = Wibeee 3Ph RN
WX2 = Wibeee MAX 2S
WX3 = Wibeee MAX 3S
WXX = Wibeee MAX MS
WBB = Wibeee BOX
WB3 = Wibeee BOX S3P
W3P = Wibeee 3Ph 3W
WGD = Wibeee GND
WBP = Wibeee SMART PLUG



Installation alternatives (getting latest source code)

If you want to install latest source code:
pip install git+http://github.com/fquinto/pywibeee
or

git clone git://github.com/fquinto/pywibeee
cd pywibeee
python setup.py install


Changelog

See file CHANGELOG.md: CHANGELOG.md



Future development

Improve another models.



License
GNU General Public License version 2

https://www.gnu.org/licenses/old-licenses/gpl-2.0.html
https://choosealicense.com/licenses/gpl-2.0/
https://opensource.org/licenses/GPL-2.0