Lines Matching defs:timeout
453 FWD_TIMEOUT_DEFAULT, /* write timeout in seconds */
462 FWD_TIMEOUT_DEFAULT, /* forward timeout */
463 REV_TIMEOUT_DEFAULT /* reverse timeout */
785 "ecpp_detach: suspend timeout\n");
936 pp->dip, 0, "ecpp-transfer-timeout", ecpp_def_timeout);
976 "ecpp_get_prop: transfer-timeout=%d\n",
1179 * So we zero the timeout id's inside mutex and call untimeout later
1921 pp->wsrv_timer_id = timeout(ecpp_wsrv_timer,
2805 /* schedule transfer timeout */
2806 pp->timeout_id = timeout(ecpp_xfer_timeout, (caddr_t)pp,
3317 pp->fifo_timer_id = timeout(ecpp_fifo_timer, (caddr_t)pp, tm);
3321 * Stop the DMA transfer timeout timer
3559 /* Stop the transfer timeout timer */
3609 * Forward transfer timeout
3635 * PIO mode timeout
3657 * DMA mode timeout
3802 * schedule this callback to wait until the FIFO drains or a timeout occurs.
3839 pp->fifo_timer_id = timeout(ecpp_fifo_timer,
3873 /* Stop the DMA transfer timeout timer */
4048 * Cancel the function scheduled with timeout(9F)
4234 * return value < 0 indicates timeout
4498 * there are two problems with defining ECP backchannel xfer timeout
4507 * than needed - in this case a timeout must detect this;
4509 * The timeout we schedule here serves as both the transfer timeout
4513 * - transfer timeout is based on the ECP bandwidth of ~1MB/sec and
4523 * transfer timeout is a multiple of rev_watchdog
4527 * so we can`t have watchdog on Grover, only timeout
4530 /* calculate number of watchdog invocations equal to the xfer timeout */
4542 pp->timeout_id = timeout(ecpp_ecp_read_timeout, (caddr_t)pp,
4562 * ECP backchannel read timeout
4563 * implements both backchannel watchdog and transfer timeout in ECP mode
4586 ecpp_error(pp->dip, "ecp_read_timeout: timeout\n");
4609 pp->timeout_id = timeout(ecpp_ecp_read_timeout,
5733 int timeout = DMAC_RESET_TIMEOUT;
5738 if (timeout == 0) {
5739 ecpp_error(pp->dip, "cheerio_reset_dcsr: timeout\n");
5743 timeout--;