Use the math function block to convert in to float then use a text block to convert to string?

Which firmware version are you using?

| Experienced problems pushing data to EZData with 1.9.8 on Atoms. Reproduceable error not occuring after reverting to firmware 1.9.7.

Hi @felmue .
Thanks for the reply. I think I got the solution the same time you sent me yours. I did use the code in here as below:

I did an 'Execute' Block:

import ubinascii import network wlan_sta = network.WLAN(network.STA_IF) wlan_sta.active(True) wlan_mac = wlan_sta.config('mac') wlan_mac=ubinascii.hexlify(wlan_mac).decode().upper()

0_1682625965698_76e881c1-37df-4e5b-94f1-c33c0da572aa-image.png

then a Label Block:

wlan_mac

0_1682626008432_147bf674-2e3a-4ea5-84fc-41c072d1ce42-image.png

Anyway, thanks for taking the time and effort to reply.
Rami

Try having them in a function!

This is working for me

0_1681584691138_hide lables.jpg

I have the same question with the CORE2 ? Any update ?

you use the JSON blocks in UIFlow

Combination of error 09 (authentication acknowledgment error) and OS error shown in the command terminal

Reset your web browsers temp files and cache as it could be a cookie or something blocking it

Thank you .. sometimes it´s just my hope to get an easy solution running and waking up in the middle of to many micro learning.

On a side-note, this is the programm im running on a seperate atom lite using the same UIFlow version.
It just sends a request every once in a while.
My code:0_1678358577548_Forum_publish.PNG

May be somebody has some thoughts for this as well.

Kind regards
TD

You can use the "Device File Manager" in UiFlow.
0_1678342100164_devman.png

I'm working on a book for the M5Stamp C3 using MP1.19.1

Going mainstream means a slimmer lighter faster MP but you loose access to the M5Stack specific libs and have to look for alternatives.

The python version of the c function looks like its probably not available:

>>> dir(hardware.axp192.Axp192) ['__class__', '__init__', '__module__', '__name__', '__qualname__', '__bases__', '__dict__', 'deinit', 'setBusPowerMode', 'powerAll', 'setLCDBrightness', 'setPowerLED', 'setSpkEnable', 'powerOff', 'CURRENT_100MA', 'CURRENT_190MA', 'CURRENT_280MA', 'CURRENT_360MA', 'CURRENT_450MA', 'CURRENT_550MA', 'CURRENT_630MA', 'CURRENT_700MA', 'getTempInAXP192', 'getChargeState', 'getBatVoltage', 'getBatCurrent', 'getVinVoltage', 'getVinCurrent', 'getVBusVoltage', 'getVBusCurrent', 'setChargeState', 'setChargeCurrent', 'setLDOVoltage', 'setLDOEnable', 'setDCVoltage', 'disableAllIRQ', 'clearAllIRQ', 'enableBtnIRQ', 'setESPVoltage', 'setLCDBacklightVoltage', 'setLCDEnable', 'setLCDReset', 'setVibrationIntensity', 'setVibrationEnable', '_regChar', '_read8bit', '_read12Bit', '_read13Bit', '_read16Bit'] >>>

However, I found two alternative ways to detect this, i2c being my favorite: https://imgur.com/a/nscmAHF