Does anyone over there at Segger have an implementation for RTT that is known to work with TI-RTOS? The documentation for TI-RTOS is a total hellstorm, so if someone at Segger has already solved this, that would be *super* useful.

I am just now trying to put together a project where a CC13xx is used as a coprocessor, and having RTT would be VERY helpful, due to there only being a single UART on the CC1310.
However, when I try to build RTT out-of-the-box, I get an unresolved symbol error for OS_GetBASEPRI / OS_SetBASEPRI. I am not sure where these should be implemented?

When I used RTT previously on an STM32/ThreadX system, everything worked without any modifications. It looks like the GCC config doesn't actually do any chip-level or OS level priority fiddling ... but, again, it worked fine in my previous application.

OK, as a follow-up:

I just added a subsection to the #ifdef __TI_ARM__ section that uses the trivial defines from the bottom of the file:





p.p1 {margin: 0.0px 0.0px 0.0px 0.0px; font: 11.0px Monaco} span.s1 {color: #931a68}


#define SEGGER_RTT_LOCK()

#define SEGGER_RTT_UNLOCK()


which does work, tested on actual CC1310 silicon running debug from CCS w/ JLink.
This is with the understanding that it will not be thread or multi-stream safe.
But it works for stream 0, which is all I needed to exfiltrate some simple data from this board.