MicroPython Forum (Archive)

Hum. That is sad. The second core works really well for the same code with C/C++ implementation. So my take is that it's a problem in MicroPython, right?

Hello everyone, I am trying to leverage the second core of the Raspberry Pico but for some reason I cannot explain, the code hangs after few seconds. Calling the second loop directly instead of calling it with a thread on the second core works properly. The second loop, should run 100 times but hang...

I can confirm I am also getting odd results on my side.

Torpi

Hello everyone, I am having some trouble getting Pylance happy with my decorator and hardware timers. @micropython.viper decorator gives me: "micropython" is not definedPylance and a basic Timer(period=10, mode=Timer.PERIODIC, callback=lambda t:mycallback()) gives this error: No overloads for "__ini...

Thank you for your message @pythoncoder! I'd suggest that it is only a subset of Python applications which will receive a significant performance boost using hardware FIFOs compared to a shared data structure. The golden rule of any optimisation is to identify where the bottleneck actually is . 100%...

Hello and thank you pythoncoder! I first thought of locking mechanisms but my understanding was that Queue() has a thread-safe implementation with all the required locking mechanism and I could basically pass a queue as an argument to the second thread: In Main: q = queue.Queue() _thread.start_new_t...

Hello everyone, I am wondering if we can access the multicore FIFO so thread one on core 0 could send data to thread 2 on core 1? Basically, the equivalent of the C++ SDK ( here ) multicore_fifo_push_blocking() and multicore_push_pop_blocking() would do the job but I cannot find anything similar in ...

Hello everyone, I have been looking as much as I can in the documentation and tried to find anything in the source but could not figured out if Micropython offers the equivalent of the SDK negative delay in repeating timer using a Raspberry Pico (RP2) Here in the SDK Documentation we can read: // Ne...