void LED8X8_Display(u16 *LED8X8, u32 d)
{
u16 m;
while(d--){
for(m = 0; m < 8; m++){
*LED8X8_Address = ((1<<(8+m))&0xff00) | ((~(LED8X8[m]))&0x00ff);
MS_DELAY(2);
}
}
}
/*
* vpoio_reset()
*
* SCSI reset signal, the drive must be in disk mode
*/
static void
vpoio_reset(struct vpoio_data *vpo)
{
device_t ppbus = device_get_parent(vpo->vpo_dev);
int ret;
struct ppb_microseq reset_microseq[] = {
#define INITIATOR MS_PARAM(0, 1, MS_TYP_INT)
MS_DASS(MS_UNKNOWN),
MS_CASS(H_AUTO | H_nSELIN | H_nINIT | H_STROBE),
MS_DELAY(25),
MS_CASS(H_AUTO | H_nSELIN | H_INIT | H_STROBE),
MS_RET(0)
};
ppb_MS_init_msq(reset_microseq, 1, INITIATOR, 1 << VP0_INITIATOR);
ppb_MS_microseq(ppbus, vpo->vpo_dev, reset_microseq, &ret);
return;
}
MS_DBRA(-4 /* loop */),
MS_CASS(H_AUTO | H_nSELIN | H_INIT | H_STROBE),
MS_RET(0)
};
/*
* This is the sub-microsequence for MS_PUT in both NIBBLE and PS2 modes
*/
static struct ppb_microseq spp_outbyte_submicroseq[] = {
/* loop: */
MS_RASSERT_P(1, MS_REG_DTR),
MS_CASS(H_nAUTO | H_nSELIN | H_INIT | H_STROBE),
MS_CASS( H_AUTO | H_nSELIN | H_INIT | H_STROBE),
MS_DELAY(VP0_PULSE),
MS_DBRA(-5 /* loop */),
/* return from the put call */
MS_RET(0)
};
/* EPP 1.7 microsequences, ptr and len set at runtime */
static struct ppb_microseq epp17_outstr_body[] = {
MS_CASS(H_AUTO | H_SELIN | H_INIT | H_STROBE),
/* loop: */
MS_RASSERT_P(1, MS_REG_EPP_D),
MS_BRSET(TIMEOUT, 3 /* error */), /* EPP timeout? */
MS_DBRA(-3 /* loop */),