libdtrace/common/dt_cg.c

249 		    "bits %u\n", mp->ctm_offset, mp->ctm_type, e.cte_bits);
259 	 * On little-endian architectures, ctm_offset counts from the right so
260 	 * ctm_offset % NBBY itself is the amount we want to shift right to
262 	 * On big-endian architectures, ctm_offset counts from the left so we
263 	 * must subtract (ctm_offset % NBBY + cte_bits) from the size in bits
272 		    mp->ctm_offset % NBBY;
274 		shift = mp->ctm_offset % NBBY + e.cte_bits;
286 		    (mp->ctm_offset % NBBY + e.cte_bits);
288 		shift = mp->ctm_offset % NBBY;
310  * setx	~(((1 << cte_bits) - 1) << (ctm_offset % NBBY)), r2
315  * setx ctm_offset % NBBY, r3
356 		    "bits %u\n", m.ctm_offset, m.ctm_type, e.cte_bits);
374 	    (m.ctm_offset % NBBY + e.cte_bits);
376 	shift = m.ctm_offset % NBBY;
1056 			if (ctm.ctm_offset != 0) {
1066 				dt_cg_setx(dlp, r2, ctm.ctm_offset / NBBY);
1703 		if (m.ctm_offset != 0) {
1712 			dt_cg_setx(dlp, reg, m.ctm_offset / NBBY);