Code acceleration options such as add a @micropython.native decorator before critical functions in order to boost their performance.
Perhaps add a simple "Real Time" library of blocks including some low level blocks.

Hi,
I'm controlling a stepper motor with the Core2 with a Stepper motor driver V1.1 attached to it.
I'm managing to control the motor using Uiflow2 V2.3.8, but couldn't find a way to move the motor a predefined number of steps. It is only possible to start or stop it.
Is there a way to move it number of steps with Uiflow2, or adding some python code manually?
Or perhaps it is possible to move the motor by sending pulses on it's Step pin?
Thanks

@kuriko Thanks.

@felmue Hi Felix,
I will try your suggestion, thanks!

Boaz

Hi,
I'm trying to handle some stepper motors using the "stepmotor driver module V1.1" on the UIflow 2.3.8 IDE.
I'm connecting the module to the M-Bus at the back of the TAB5, but the TAB5 won't recognize it and won't show it on the I2C list using the default scanner that comes with the official TAB5 UIflow2 firmware.
It does recognize an 8Servo unit when connected to the I2C Port.A at the side of the TAB5.
I've tried also connecting a 4in8out module on the TAB5 M-Bus, but it is not recognized as well.
The 2 modules (stepmotoer driver and 4in8out ) do work when connected to a Core2 M-Bus, so these units are OK.
It's either my TAB5 arrived faulty, or there is an issue with the I2C on the M-Bus of the TAB5, at least when using UIFlow2 IDE.
Any suggestions?

Hi,
I'm trying to handle some stepper motors using the "stepmotor driver module V1.1" on the UIflow 2.3.8 IDE.
I'm connecting the module to the M-Bus at the back of the TAB5, but the TAB5 won't recognize it and won't show it on the I2C list using the default scanner that comes with the official TAB5 UIflow2 firmware.
It does recognize an 8Servo unit when connected to the I2C Port.A at the side of the TAB5.
I've tried also connecting a 4in8out module on the TAB5 M-Bus, but it is not recognized as well.
The 2 modules (stepmotoer driver and 4in8out ) do work when connected to a Core2 M-Bus, so these units are OK.
It's either my TAB5 arrived faulty, or there is an issue with the I2C on the M-Bus of the TAB5, at least when using UIFlow2 IDE.
Any suggestions?

@dlhawley I never tried making custom blocks, but i assume that after saving them you have to add them to your custom block library using the big + button.

You can ask one of the AI chats, I use Gemini, in most cases it knows UiFlow2 pretty well.

Hi,
I have tried using the USB-A port on the TAB5 as a host for sending serial commands to a 3D printer, but it seems there are no supporting blocks in UiFlow2 for accessing the USB ports.
Did I miss something?
Will there be support for this in the future?
Thanks.

@DaveAstator If you're still interested in this topic, you now have the "Custom" Block designer.

@ajb2k3 I'm not so sure. It is a fairly large request, and probably needs funding. It needs to be initiated by the suppliers, only then it will be directed to the micropython writers.

@felmue Thanks.
I thought of doing this, but it is a kind of a patch, not a fix. The whole advantage of having callbacks functions that perform distinct operations outside of the main loop is almost eliminated by doing this. The main loop need to be as clean as possible, otherwise very quickly it becomes very long and messy.
Functions outside the main loop should be working properly, unless there is a fundamental reason why they cant access the display libraries properly.
It looks like a fundamental bug in how the firmware on the TAB5 treats the external functions.