curr->seq[curr->idx++] = status;
curr->seq[curr->idx++] = data;
hp_sdc.rqty -= 2;
- do_gettimeofday(&hp_sdc.rtv);
+ hp_sdc.rtime = ktime_get();
if (hp_sdc.rqty <= 0) {
/* All data has been gathered. */
write_lock_irq(&hp_sdc.rtq_lock);
if (hp_sdc.rcurr >= 0) {
- struct timeval tv;
+ ktime_t now = ktime_get();
- do_gettimeofday(&tv);
- if (tv.tv_sec > hp_sdc.rtv.tv_sec)
- tv.tv_usec += USEC_PER_SEC;
-
- if (tv.tv_usec - hp_sdc.rtv.tv_usec > HP_SDC_MAX_REG_DELAY) {
+ if (ktime_after(now, ktime_add_us(hp_sdc.rtime,
+ HP_SDC_MAX_REG_DELAY))) {
hp_sdc_transaction *curr;
uint8_t tmp;
* we'll need to figure out a way to communicate
* it back to the application. and be less verbose.
*/
- printk(KERN_WARNING PREFIX "read timeout (%ius)!\n",
- (int)(tv.tv_usec - hp_sdc.rtv.tv_usec));
+ printk(KERN_WARNING PREFIX "read timeout (%lldus)!\n",
+ ktime_us_delta(now, hp_sdc.rtime));
curr->idx += hp_sdc.rqty;
hp_sdc.rqty = 0;
tmp = curr->seq[curr->actidx];
/* Start a new read */
hp_sdc.rqty = curr->seq[curr->idx];
- do_gettimeofday(&hp_sdc.rtv);
+ hp_sdc.rtime = ktime_get();
curr->idx++;
/* Still need to lock here in case of spurious irq. */
write_lock_irq(&hp_sdc.rtq_lock);
hp_sdc_transaction *tq[HP_SDC_QUEUE_LEN]; /* All pending read/writes */
int rcurr, rqty; /* Current read transact in process */
- struct timeval rtv; /* Time when current read started */
+ ktime_t rtime; /* Time when current read started */
int wcurr; /* Current write transact in process */
int dev_err; /* carries status from registration */