Lines Matching refs:pmsCtls
67 pmsCtl pmsCtls = { /* Power Management Stepper control */
95 for(i = 0; i < pmsMaxStates; i++) pmsCtls.pmsDefs[i] = &pmsDummy; /* Initialize the table to dummy steps */
163 nstate = pmsCtls.pmsDefs[pp->pms.pmsState]->pmsDown; /* Get the downward step */
196 nstate = pmsCtls.pmsDefs[pp->pms.pmsState]->pmsNext;
216 if ((pmsCtls.pmsDefs[tstate]->pmsSetCmd & pmsCPU) == pkgstate) {
225 if (pmsCtls.pmsDefs[tstate]->pmsNext == tstate)
227 tstate = pmsCtls.pmsDefs[tstate]->pmsNext;
242 && (pmsCtls.pmsDefs[pp->pms.pmsState]->pmsSetCmd == pmsDelay)) {
243 nstate = pmsCtls.pmsDefs[pp->pms.pmsState]->pmsTDelay;
281 if((nstep == pmsParked) || ((uint32_t)pmsCtls.pmsDefs[nstep]->pmsSetCmd == pmsParkIt)) { /* Are we parking? */
291 pnstate = pmsCtls.pmsDefs[nstep]; /* Point to the state definition */
321 pcstate = pmsCtls.pmsDefs[pstate]; /* Get the previous step */
322 pmsCtls.pmsStats[cpu][pcstate->pmsStepID].stTime[dir] += dur; /* Accumulate the total time in the old step */
323 pmsCtls.pmsStats[cpu][pcstate->pmsStepID].stCnt[dir] += 1; /* Count transitions */
372 pmsCtls.pmsStats[cpu][i].stTime[0] = 0; /* Clear accumulated time - downward */
373 pmsCtls.pmsStats[cpu][i].stTime[1] = 0; /* Clear accumulated time - forward */
374 pmsCtls.pmsStats[cpu][i].stCnt[0] = 0; /* Clear transition count - downward */
375 pmsCtls.pmsStats[cpu][i].stCnt[1] = 0; /* Clear transition count - forward */
441 if (reqsize != sizeof(pmsCtls)) {
445 ret = copyout(&pmsCtls, reqaddr, reqsize);
711 for(i = 0; i < pmsMaxStates; i++) pmsCtls.pmsDefs[i] = &pmsDummy; /* Initialize the table to point to the dummy step */
727 pmsCtls.pmsDefs[i] = &newpd[i]; /* Copy it in */
730 pmsCtlp = (uint32_t)&pmsCtls; /* Point to the new pms table */