Is there a function to wait for a software ack after a send.
I know i can do it in the receive function but i wondering if i can do it with wait function like so:
bool success = wait(300, C_INTERNAL, I_ACK);
I've asked, because I cannot test it right now and thought maybe someone has done it before. In this case I will test it myself next week. Right now I have some code that compiles, so maybe it will also work
Referring to multimessage feature, I don't see any application yet (maybe I need to understand it better). More important to me is auto ID assignment for RS485 which seems to be also finally merged. Great!
@nagelc said in GUIDE - NRF5 / NRF51 / NRF52 for beginners:
After correcting a wiring error (duh!) I was able to erase using my J-Link Mini EDU.
I used Nordic's nrfjprog:
nrfjprog --family NRF52 --recover
nrfjprog --family NRF52 --recover
I had to run it twice to get the unlock. I think this makes sense after reading the devzone article.
Once unlocked, I could use my black magic probe for programming. I expect the blackmagic folks haven't had time to adapt to the new lock scheme yet.
For future reference, yet another way you can also erase your chip is using the "Programmer" app that you can install into "nRF Connect for Desktop" program. Just connect and press the "Erase All" button:
I find that I have to do this in order to unlock the chip for the first time prior to enabling the reset pin with the code:
// Note: if chip has never been mass erased, then most likely PSELRESET[0] and PSELRESET[1] are both zero.
// When that is the case, the chip is locked and neither can be set to 21.
if (((NRF_UICR-> PSELRESET[0])==0xFFFFFFFF) && ((NRF_UICR-> PSELRESET[1])==0xFFFFFFFF)) { //if the two RESET registers were erased by a mass erase
NRF_NVMC->CONFIG=1; // Write enable the UICR
//Note: BOTH registers must be set to 21, or else PIN00.21 will not function as a RESET pin.
NRF_UICR-> PSELRESET[0]= 21; //designate pin P0.21 as the RESET pin
NRF_UICR-> PSELRESET[1]= 21; //designate pin P0.21 as the RESET pin
NRF_NVMC->CONFIG=0; // Put the UICR back into read-only mode.
}
@Trand Well, sorry, but nothing else comes to mind. If you have a scope or logic analyzer then you need to watch the actual signals on the wires and see what is happening.
If you don't, then you should pick up a cheap logic analyzer. You can get one for $10 and it's invaluable for tracking down things like this. I don't know where you are based, but I see them on Aliexpress all the time.
At "https://www.mysensors.org/download/contributing#coding-guidelines-core-library", under "Signing CLA", the link to clahub.com is since long dead.
Maybe you can follow this example: https://github.com/chocolatey/choco/issues/2036
and replace with https://cla-assistant.io/ ?
JurjenBiewenga created this issue in chocolatey/choco
closed
CLAHub is down
#2036
