Definitely not a DHCP lease issue. Leases default to 168 hours, i.e. 7 days, and the disconnect happens within single digits of hours.
I’m not using WPA. Since TKIP is no longer considered secure enough, I’ve switched to WPA2 CCMP only, which has the additional; benefit of getting rid of the temporary keys than needed to be renewed.
Also, when a DHCP lease runs out, the client should simply reapply for a new one. Since the device has a permanent DHCP reservation for a static IP (necessary to be able to run a server on it), then at worst that should cause an interruption of service lasting no longer than a second or two.
Meanwhile the problem I’m having is typically permanent. Once it goes offline, it’s down until I reboot the device.
That’s tough. Do you have Wi-Fi 6 capability? I’ve seen this happen when some devices don’t play nice with the newer Wi-Fi 6 devices.
Is your regulation zone set correctly? It’s possible if your device is configured for the wrong operating zone, the router might decide to change to a frequency that would have been illegal and so it falls off.
right now my setup, which only the “debugger/programmer” consists one breadboard with two picos; one for the debugger and one for serial monitoring, with two USB cables. it’s messy, but works, tho I shouldn’t need it to be this messy.
for some reason, the RX/TX just gets pulled up high and that’s it, probably by the Probe if it’s on its own.
I don’t have either for the actual cartridge reading, only specs for memory mappers. I found a pinout of the cartridge and I’m just toggling the 6 control pins until things work to find out how to read data. I’m still not 100% sure how they work or their timings.
I’ll make a writeup and YT video when I’m done documenting it. I couldn’t find any good information about it online besides some writeups that seemed to leave out information on the control pins, or old sites on archive.org, so hopefully it’ll help someone else.
I haven’t gotten it to work for me yet, but have you taken a look at pico-project-generator? It has a –cpp flag in there to supposedly generate c++ code.
So I tried the generator and it seems to be working. I also found out that you don’t really need anything special for C++ to work with pico-sdk, it’s already set up and they just don’t advertise it much. Just add your .cpp files in CMakeLists.txt and it picks them up. Maybe there will be problems later on but so far it’s just like that.
The generator is also a good reference of configuration options, like how to disable/enable exception handling etc.
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