modules/genunix/kmem.c

37 #include <sys/stack.h>
2062  * stack.
2066  * - If the address is above the stack pointer, return an empty string
2069  * - If the address is below the stack pointer, and the thread is not on proc,
2072  * - If the address is below the stack pointer, and the thread is on proc,
2086 	 * Check to see if we're on the panic stack.  If so, ignore t_sp, as it
2087 	 * no longer relates to the thread's real stack.
2255 		 * pointer if it has a stack trace.
2444 	 * Now check the stack
2450 	 * This assumes that t_stk is the end of the stack, but it's really
2451 	 * only the initial stack pointer for the thread.  Arguments to the
2453 	 * that 't->t_stk::whatis' reports "part of t's stack", we include
2455 	 * really include the full stack bounds where we can find it.
2461 		    "in thread %p's stack%s\n", addr, stack_active(t, cur));
2822 "  -v    Display the full content of the bufctl, including its stack trace\n"
2827 "        filter out bufctls without the function/PC in their stack trace\n"
3606 "  -v    Display the full content of the vmem_seg, including its stack trace\n"
3609 "        filter out segments without the function/PC in their stack trace\n"
3946  * allocation owner is identified by its stack trace and data_size.  We then
3959 	int kmo_depth;				/* Depth of stack trace */
4003 	 * Finish computing the hash signature from the stack trace, and then
4120 	int opt_f = FALSE;		/* Print stack traces */
4230 	    "\t\tgrouped by stack\n");
4312 		mdb_warn("thread %p's stack swapped out\n", addr);
4317 	 * Search the thread's stack for the given pointer.  Note that it would
4324 			mdb_warn("couldn't read thread %p's stack at %p",
4331 				mdb_printf("%p in thread %p's stack%s\n",