Get_ED
ASSERT((Get_ED(pp->pp_ept->hced_tailp) & HC_EPT_TD_TAIL) ==
(Get_ED(pp->pp_ept->hced_headp) & HC_EPT_TD_HEAD));
Get_ED(ept->hced_headp) & (uint32_t)HC_EPT_TD_HEAD));
Get_ED(ept->hced_tailp) & (uint32_t)HC_EPT_TD_TAIL));
Get_ED(ed->hced_headp) & (uint32_t)HC_EPT_TD_HEAD));
Get_ED(ed->hced_tailp) & (uint32_t)HC_EPT_TD_TAIL));
if ((Get_ED(ed->hced_headp) & HC_EPT_Halt) || (headp == tailp)) {
data_toggle = (Get_ED(ed->hced_headp) &
data_toggle = (Get_ED(ed->hced_headp) &
Get_ED(pp->pp_ept->hced_headp) | HC_EPT_Carry);
Get_ED(pp->pp_ept->hced_headp) & (~HC_EPT_Carry));
uint_t ctrl = Get_ED(ed->hced_ctrl);
((Get_ED(ed->hced_headp) & HC_EPT_Halt) ? "halted": ""));
"\ttoggle carry: 0x%x", Get_ED(ed->hced_headp) & HC_EPT_Carry);
"\tctrl: 0x%x", Get_ED(ed->hced_ctrl));
"\ttailp: 0x%x", Get_ED(ed->hced_tailp));
"\theadp: 0x%x", Get_ED(ed->hced_headp));
"\tnext: 0x%x", Get_ED(ed->hced_next));
"\tprev: 0x%x", Get_ED(ed->hced_prev));
"\tnode: 0x%x", Get_ED(ed->hced_node));
"\treclaim_next: 0x%x", Get_ED(ed->hced_reclaim_next));
"\treclaim_frame: 0x%x", Get_ED(ed->hced_reclaim_frame));
"\tstate: 0x%x", Get_ED(ed->hced_state));
ASSERT(Get_ED(list_array[half_list - 1 +
Get_ED(pp->pp_ept->hced_headp) & (~HC_EPT_Carry));
state = Get_ED(ohcip->ohci_ed_pool_addr[i].hced_state);
if (Get_ED(next_lattice_ept->hced_state) != HC_EPT_STATIC) {
ohcip, Get_ED(lattice_ept->hced_next));
Set_ED(ept->hced_next, Get_ED(lattice_ept->hced_next));
(Get_ED(next_lattice_ept->hced_state) != HC_EPT_STATIC)) {
ohcip, Get_ED(lattice_ept->hced_next));
ohcip, Get_ED(lattice_ept->hced_next));
Set_ED(ept->hced_ctrl, (Get_ED(ept->hced_ctrl) & ~HC_EPT_sKip));
if ((Get_ED(ept->hced_headp) & HC_EPT_Halt) ||
(Get_ED(ept->hced_ctrl) & HC_EPT_sKip)) {
(Get_ED(ept->hced_ctrl) | HC_EPT_sKip));
if (Get_ED(ept->hced_next)) {
Set_OpReg(hcr_ctrl_curr, Get_ED(ept->hced_next));
if (Get_ED(ept->hced_next)) {
Set_OpReg(hcr_bulk_curr, Get_ED(ept->hced_next));
ASSERT((Get_ED(ept->hced_tailp) & HC_EPT_TD_TAIL) ==
(Get_ED(ept->hced_headp) & HC_EPT_TD_HEAD));
prev_ept = ohci_ed_iommu_to_cpu(ohcip, Get_ED(ept->hced_prev));
next_ept = ohci_ed_iommu_to_cpu(ohcip, Get_ED(ept->hced_next));
Get_ED(ept->hced_next));
Get_ED(ept->hced_next));
ASSERT(Get_ED(ept->hced_node) >=
Get_ED(ept->hced_node));
HccaIntTble[node], Get_ED(ept->hced_next));
if (Get_ED(next_ept->hced_state) !=
Set_ED(prev_ept->hced_next, Get_ED(ept->hced_next));
(Get_ED(next_ept->hced_state) != HC_EPT_STATIC)) {
Set_ED(next_ept->hced_prev, Get_ED(ept->hced_prev));
Get_ED(next_ept->hced_reclaim_next));
ASSERT(Get_ED(ept->hced_reclaim_next) == 0);
dummy_td = ohci_td_iommu_to_cpu(ohcip, Get_ED(old_ed->hced_headp));
(ohci_td_iommu_to_cpu(ohcip, Get_ED(ept->hced_tailp)));
addr = Get_ED(ept->hced_headp) & (uint32_t)HC_EPT_TD_HEAD;
addr = Get_ED(ept->hced_tailp) & (uint32_t)HC_EPT_TD_TAIL;
(Get_ED(ept->hced_tailp) & HC_EPT_TD_TAIL),
(Get_ED(ept->hced_headp) & HC_EPT_TD_HEAD));
ASSERT((Get_ED(ept->hced_tailp) & HC_EPT_TD_TAIL) ==
(Get_ED(ept->hced_headp) & HC_EPT_TD_HEAD));
(OHCI_LOOKUP_ID(Get_ED(reclaim_ed->hced_reclaim_frame)));
Get_ED(reclaim_ed->hced_reclaim_next));
OHCI_FREE_ID((uint32_t)Get_ED(reclaim_ed->hced_reclaim_frame));
(Get_ED(pp->pp_ept->hced_headp) &
uint_t hced_ctrl = Get_ED(pp->pp_ept->hced_ctrl);
hced_head = Get_ED(pp->pp_ept->hced_headp);
uint_t hced_ctrl = Get_ED(pp->pp_ept->hced_ctrl);
polled_toggle = (Get_ED(polled_pp->pp_ept->hced_headp) &
real_toggle = (Get_ED(pp->pp_ept->hced_headp) &
Get_ED(polled_pp->pp_ept->hced_headp) &
Get_ED(polled_pp->pp_ept->hced_headp) |
(Get_ED(polled_pp->pp_ept->hced_headp) & ~HC_EPT_Halt));
polled_toggle = (Get_ED(polled_pp->pp_ept->hced_headp) &
real_toggle = (Get_ED(pp->pp_ept->hced_headp) &
Get_ED(pp->pp_ept->hced_headp) &
Get_ED(pp->pp_ept->hced_headp) |
(Get_ED(pp->pp_ept->hced_headp) & ~HC_EPT_Halt));
(ohci_td_iommu_to_cpu(ohcip, Get_ED(ept->hced_tailp)));
(ohci_td_iommu_to_cpu(ohcip, Get_ED(ept->hced_tailp)));