void
sda_slot_handle_detect(sda_slot_t *slot)
{
uint32_t inserted;
sda_slot_enter(slot);
slot->s_stamp = ddi_get_time();
slot->s_intransit = 1;
slot->s_flags = 0;
slot->s_rca = 0;
slot->s_ready = B_FALSE;
sda_getprop(slot, SDA_PROP_INSERTED, &inserted);
slot->s_inserted = (inserted != 0);
if (slot->s_inserted && !slot->s_failed) {
/*
* We need to initialize the card, so we only support
* hipri commands for now.
*/
slot->s_init = B_TRUE;
sda_slot_exit(slot);
/*
* Card insertion occurred. We have to run this on
* another task, to avoid deadlock as the task may
* need to dispatch commands.
*/
(void) ddi_taskq_dispatch(slot->s_hp_tq, sda_slot_insert, slot,
DDI_SLEEP);
} else {
/*
* Nuke in-flight commands.
*/
sda_slot_abort(slot, SDA_ENODEV);
/*
* Restart the slot (incl. power cycle). This gets the
* slot to a known good state.
*/
sda_slot_reset(slot);
slot->s_intransit = 0;
sda_slot_exit(slot);
bd_state_change(slot->s_bdh);
}
sda_slot_wakeup(slot);
}
void
sda_slot_insert(void *arg)
{
sda_slot_t *slot = arg;
if (sda_init_card(slot) != SDA_EOK) {
/*
* Remove power from the slot. If a more severe fault
* occurred, then a manual reset with cfgadm will be needed.
*/
sda_slot_err(slot, "Unable to initialize card!");
sda_slot_enter(slot);
sda_slot_power_off(slot);
sda_slot_abort(slot, SDA_ENODEV);
sda_slot_exit(slot);
} else if ((slot->s_flags & SLOTF_MEMORY) == 0) {
/*
* SDIO: For SDIO, we can write the card's
* MANFID tuple in CIS to the UUID. Until we
* support SDIO, we just suppress creating
* devinfo nodes.
*/
sda_slot_err(slot, "Non-memory target not supported");
} else {
sda_slot_enter(slot);
if (sda_mem_parse_cid_csd(slot) != DDI_SUCCESS) {
sda_slot_err(slot,
"Unable to parse card identification");
} else {
slot->s_warn = B_FALSE;
slot->s_ready = B_TRUE;
}
sda_slot_exit(slot);
}
slot->s_stamp = ddi_get_time();
slot->s_intransit = 0;
bd_state_change(slot->s_bdh);
}
void
sda_slot_insert(void *arg)
{
sda_slot_t *slot = arg;
if (sda_init_card(slot) != SDA_EOK) {
/*
* Remove power from the slot. If a more severe fault
* occurred, then a manual reset with cfgadm will be needed.
*/
sda_slot_err(slot, "Unable to initialize card!");
sda_slot_enter(slot);
sda_slot_power_off(slot);
sda_slot_abort(slot, SDA_ENODEV);
sda_slot_exit(slot);
sda_nexus_remove(slot);
} else {
sda_nexus_insert(slot);
}
slot->s_stamp = ddi_get_time();
slot->s_intransit = 0;
}
int
ac_add_memory(ac_cfga_pkt_t *pkt)
{
struct bd_list *board;
struct ac_mem_info *mem_info;
int force = pkt->cmd_cfga.force;
int retval;
board = fhc_bdlist_lock(pkt->softsp->board);
if (board == NULL || board->ac_softsp == NULL) {
fhc_bdlist_unlock();
AC_ERR_SET(pkt, AC_ERR_BD);
return (EINVAL);
}
ASSERT(pkt->softsp == board->ac_softsp);
/* verify the board is of the correct type */
switch (board->sc.type) {
case CPU_BOARD:
case MEM_BOARD:
break;
default:
fhc_bdlist_unlock();
AC_ERR_SET(pkt, AC_ERR_BD_TYPE);
return (EINVAL);
}
/* verify the memory condition is acceptable */
mem_info = &pkt->softsp->bank[pkt->bank];
if (!MEM_BOARD_VISIBLE(board) || mem_info->busy ||
fhc_bd_busy(pkt->softsp->board) ||
mem_info->rstate != SYSC_CFGA_RSTATE_CONNECTED ||
mem_info->ostate != SYSC_CFGA_OSTATE_UNCONFIGURED ||
(!force && mem_info->condition != SYSC_CFGA_COND_OK)) {
fhc_bdlist_unlock();
AC_ERR_SET(pkt, AC_ERR_BD_STATE);
return (EINVAL);
}
/*
* at this point, we have an available bank to add.
* mark it busy and initiate the add function.
*/
mem_info->busy = TRUE;
fhc_bdlist_unlock();
retval = ac_add_bank(board, pkt);
/*
* We made it! Update the status and get out of here.
*/
(void) fhc_bdlist_lock(-1);
mem_info->busy = FALSE;
if (retval == 0) {
mem_info->ostate = SYSC_CFGA_OSTATE_CONFIGURED;
mem_info->status_change = ddi_get_time();
}
fhc_bdlist_unlock();
if (retval != 0) {
return (retval);
}
return (DDI_SUCCESS);
}
