43  * we hit a "WRAP" event.
266 	 * Mark the buffer to indicate that there was a WRAP event by  in trbe_report_wrap_event()
270 	 * lost between the time the WRAP was detected and the IRQ  in trbe_report_wrap_event()
305  * wrapped around again to the base pointer. This is called a TRBE wrap event, which
306  * generates a maintenance interrupt when operated in WRAP or FILL mode. This driver
307  * uses FILL mode, where the TRBE stops the trace collection at wrap event. The IRQ
311  *	Wrap around with an IRQ
463 	 * the end of the buffer, neither an wrap around nor an IRQ is expected  in __trbe_normal_offset()
476 	 * end of the buffer, it will just wrap around with an IRQ giving an  in __trbe_normal_offset()
489 	 * reaches the end of the buffer, it will just wrap around with an IRQ  in __trbe_normal_offset()
497 	 * current generation, either we'll wrap before hitting it, or it's  in __trbe_normal_offset()
500 	 * If there's a wakeup before we wrap, arrange to be woken up by the  in __trbe_normal_offset()
665 	 * it might write data after a WRAP event in the fill mode.  in trbe_get_fault_act()
677 					 struct trbe_buf *buf, bool wrap)  in trbe_get_trace_size()  argument
697 	 * on WRAP and limit the data to LIMIT.  in trbe_get_trace_size()
699 	if (wrap)  in trbe_get_trace_size()
791 	bool wrap = false;  in arm_trbe_update_buffer()  local
805 	 * the buffer. We also make sure that a WRAP event is handled  in arm_trbe_update_buffer()
846 		 * If this was not due to a WRAP event, we have some  in arm_trbe_update_buffer()
855 		wrap = true;  in arm_trbe_update_buffer()
858 	size = trbe_get_trace_size(handle, buf, wrap);  in arm_trbe_update_buffer()