Heya, Take a look at our own pybytes: http://pybytes.pycom.io/

@jcaron Yes, and it works! Now I am trying to figure out where to put my module. In the ESP8266 version there is a file called ESP8266.ld which contains the list of C files. Where is the equivalent for ESP32? If there is no equivalent, what shall I look for?

@peterson79 MicroPython.org does not support @micropython.native in the ESP32 port. It is supported for ESP8266 and STM32.

in this section, there was only : #terminal { background: #000; padding-left: 2px; } I have added the line : font-size: 16px; and that is better to read , thanks !

@calvinblock44 Sigfox enforces that the devices that consume their service need to be registered manufacturers, the Pycom's Sigfox native library contains sensitive information and code that need to be packed and secured (As more as possible). From there you have two options, construct your wifi sniffing functionality over the official firmware or select a more appropriate hardware that fit your needs. Be aware also that if you are planning to create a final product using certified boards your are not allowed to modify the RF code because is highly possible to void the certification if the code modify the way of signal emission.

@jsh in my case I don't need to worry about power. I am also more interested that the device is on and monitoring. The devices are on diesel pumps and they need to stop and start based on water level. So the pycom power draw is a minor component. 12V system needs to keep things powered on so Solar is present to keep eveything charged. But your right WDT, should be only a last resort, not a requirement to get a system running reliably all. (though a necessary last resort)

@seb Yes I meant copying single files. I installed mpfshell and this can do the job for me. I did use an FTP toool for this, bud when using the WiFi radio in my app I constntly had to switch between IP addresses. Thanks again.

@robert-hh Thanks! I tried this and it works great! I tried also the new update with the freezing the _main.py which also solves the problem.

This is the correct procedure. It works 100%. I really appreciate your quick and accurate response. THANKS !!!

Reading this up and down a couple of times. But still cannot figure out if V_BCKP is connected to the L76 GPS or not? Trying to use go_to_sleep(gps=True) but it still takes 30+ seconds to get a GPS fix after waking up. Straight up, do I need to solder a bridge on the unpopulated component or not?

@jmarcelino Not the answer I was hoping for, but i'm afraid you're right (as always..) Obrigado!

Thanks for the advices. The FTDI board is set to use 3.3V. On my FTDI I soldered an additional pin to the 5V, and connected that to the LoPy 5V, Connected the FTDI to LoPy with GND-GND, RX-TX and TX-RX. Connected the "G23", this is the 4th pin next to the TX/RX on the LoPy, to GND. This G23 = P2 = GPIO0, see https://forum.pycom.io/assets/uploads/files/1490693421335-index.jpeg Now the download worked fine using the PyCom Firmware Update tool.

@livius ok. Thanks. I can see the method used in that source. DOCS for the file transfer API would be really useful too but this will get me started. Thanks