#Ewelink download code#

# We found a device, lets turn something on S = sonoff.Sonoff(ername, config.password, config.api_region) Here's a really simple example of how you can use this library. Grace_period - This defaults to 600, I don't know why yet. User_apikey - The API key of authenticated user, defaults to NoneД«earer_token - The Bearer token of authenticated user, defaults to None Preface phone number with the country codeДЄpi_region - The API region you use, valid ones are apparently 'us', 'eu' and 'cn'

Username - The email address or phone number you signed up with on Ewelink.

#Ewelink download code#

Username is either the email address you use to log in to Ewelink, or your phone number with the country code in front. The requirements are requests and websocket-client, see requirements.txt ConfigurationД¬onfiguration is simple and basically passed to the class when you instantiate it. I finally came across Peter's work written in python and it was exactly what I was looking for, a class that I could instantiate and control my switch remotely without flashing or having to use Charles to sniff my authentication code etc. Also many of these were not maintained actively or had clearly been written for a specific use case. I tried this approach but it didn't work for me as I was using a 4 channel switch, and it seems that most of them had only been tested with single channel switches. There seeem to be quite a few projects that are designed to replace the Ewelink cloud platform either by flashing the Sonoff switches with new firmware, or hijacking the setup process and running a fake cloud service locally on a Raspberry Pi or similar. I spent a day looking into various ways to work with Sonoff switches and drew a bit of a blank. This project is heavily inspired (read: almost entirely borrowed) by the work that Peter Buga did on a Simple Home Assistant integration for Ewelink Make use of your sonoff smart switches without flashing them via the cloud APIs, this should work in Python 2 or Python 3.