x86/cpufreq/powernow.c

219 	struct powernow_state	 powernow_states[POWERNOW_MAX_STATES];
457 		if (CPUFREQ_CMP(sc->powernow_states[i].freq / 1000, cf->freq))
460 	fid = sc->powernow_states[i].fid;
461 	vid = sc->powernow_states[i].vid;
504 		if (cfid == sc->powernow_states[i].fid &&
505 		    cvid == sc->powernow_states[i].vid)
509 		cf->freq = sc->powernow_states[i].freq / 1000;
510 		cf->power = sc->powernow_states[i].power;
534 		sets[i].freq = sc->powernow_states[i].freq / 1000;
535 		sets[i].power = sc->powernow_states[i].power;
537 		sets[i].volts = sc->vid_to_volts[sc->powernow_states[i].vid];
558  * compute powernow_states via an insertion sort.
567 		sc->powernow_states[i].freq = CPUFREQ_VAL_UNKNOWN;
587 		while (j > 0 && sc->powernow_states[j - 1].freq < state.freq) {
588 			memcpy(&sc->powernow_states[j],
589 			    &sc->powernow_states[j - 1],
593 		memcpy(&sc->powernow_states[j], &state,
606 			int fid = sc->powernow_states[i].fid;
607 			int vid = sc->powernow_states[i].vid;
611 			    sc->powernow_states[i].freq,
814 		while (j > 0 && sc->powernow_states[j - 1].freq < state.freq) {
815 			memcpy(&sc->powernow_states[j],
816 			    &sc->powernow_states[j - 1],
820 		memcpy(&sc->powernow_states[j], &state,
826 	state = sc->powernow_states[0];
856 		    (sc->powernow_states[sc->powernow_max_states - 2].fid < 8))