Get_TD
(Get_TD(nextp->hctd_next_td) &
Get_TD(next_td->hctd_tw_next_td));
if (Get_TD(headp->hctd_ctrl) & HC_TD_MS_DT) {
data_toggle = (Get_TD(headp->hctd_ctrl) &
uint_t ctrl = Get_TD(td->hctd_ctrl);
"\tctrl: 0x%x ", Get_TD(td->hctd_ctrl));
"\tcbp: 0x%x ", Get_TD(td->hctd_cbp));
"\tnext_td: 0x%x ", Get_TD(td->hctd_next_td));
"\tbuf_end: 0x%x ", Get_TD(td->hctd_buf_end));
"\toffset[%d]: 0x%x ", i, Get_TD(td->hctd_offsets[i]));
"\ttrans_wrapper: 0x%x ", Get_TD(td->hctd_trans_wrapper));
"\tstate: 0x%x ", Get_TD(td->hctd_state));
"\ttw_next_td: 0x%x ", Get_TD(td->hctd_tw_next_td));
"\tctrl_phase: 0x%x ", Get_TD(td->hctd_ctrl_phase));
state = Get_TD(ohcip->ohci_td_pool_addr[i].hctd_state);
Get_TD(td->hctd_trans_wrapper));
ASSERT(Get_TD(dummy_td->hctd_state) == HC_TD_DUMMY);
Get_TD(new_dummy->hctd_tw_next_td));
state = Get_TD(ohcip->ohci_td_pool_addr[i].hctd_state);
ASSERT(Get_TD(td->hctd_state) == HC_TD_DUMMY);
Get_TD(td->hctd_offsets[i / 2]) | offset);
Get_TD(td->hctd_offsets[i / 2]) | offset);
isoc_pkts = ((Get_TD(current_td->hctd_ctrl) &
ctrl = Get_TD(current_td->hctd_ctrl) & (~(HC_ITD_SF));
ASSERT(Get_TD(td->hctd_state) != HC_TD_DUMMY);
ASSERT(Get_TD(td->hctd_tw_next_td) == 0);
(Get_TD(headp->hctd_next_td) & HC_EPT_TD_TAIL)));
(uint32_t)Get_TD(headp->hctd_trans_wrapper));
Get_TD(next_td->hctd_tw_next_td));
Get_TD(head->hctd_tw_next_td));
next = ohci_td_iommu_to_cpu(ohcip, Get_TD(head->hctd_tw_next_td));
Get_TD(next->hctd_tw_next_td));
Set_TD(head->hctd_tw_next_td, Get_TD(next->hctd_tw_next_td));
if ((Get_TD(old_td->hctd_state) == HC_TD_DUMMY) ||
(Get_TD(old_td->hctd_state) == HC_TD_RECLAIM)) {
Get_TD(old_td->hctd_trans_wrapper));
Get_TD(old_td->hctd_trans_wrapper));
if ((Get_TD(old_td->hctd_state) != HC_TD_RECLAIM) && tw) {
Get_TD(td->hctd_tw_next_td));
Get_TD(td->hctd_tw_next_td));
state = Get_TD(td->hctd_state);
(uint32_t)Get_TD(td->hctd_trans_wrapper));
td = ohci_td_iommu_to_cpu(ohcip, Get_TD(td->hctd_next_td));
if (Get_TD(cpu_new_head->hctd_next_td) == 0) {
ohci_td_iommu_to_cpu(ohcip, Get_TD(cpu_new_head->hctd_next_td));
ohci_td_iommu_to_cpu(ohcip, Get_TD(cpu_new_head->hctd_next_td));
Get_TD(cpu_new_head->hctd_next_td));
OHCI_LOOKUP_ID((uint32_t)Get_TD(td->hctd_trans_wrapper));
ctrl = (uint_t)Get_TD(td->hctd_ctrl) & (uint32_t)HC_TD_CC;
fc = ((uint_t)Get_TD(td->hctd_ctrl) &
psw = Get_TD(td->hctd_offsets[i / 2]);
OHCI_LOOKUP_ID((uint32_t)Get_TD(td->hctd_trans_wrapper));
(Get_TD(td->hctd_ctrl_phase) ==
if (Get_TD(td->hctd_cbp)) {
length = Get_TD(td->hctd_xfer_offs) +
Get_TD(td->hctd_xfer_len) - residue;
last_td_addr = Get_TD(last_td->hctd_next_td);
Get_TD(td->hctd_tw_next_td));
Get_TD(next_td->hctd_tw_next_td));
(void *)pp, (void *)tw, (void *)td, Get_TD(td->hctd_ctrl_phase));
switch (Get_TD(td->hctd_ctrl_phase)) {
if (Get_TD(td->hctd_cbp)) {
length = Get_TD(td->hctd_xfer_offs) +
Get_TD(td->hctd_xfer_len) - residue;
if (Get_TD(td->hctd_ctrl_phase) != OHCI_CTRL_DATA_PHASE) {
if (Get_TD(td->hctd_cbp)) {
length = Get_TD(td->hctd_xfer_offs) +
Get_TD(td->hctd_xfer_len) - residue - skip_len;
buf_addr = Get_TD(td->hctd_cbp);
end_addr = Get_TD(td->hctd_buf_end);
Get_TD(td->hctd_next_td));
Get_TD(td->hctd_next_td));
Get_TD(td->hctd_next_td));
Get_TD(current_td->hctd_next_td));
(uint32_t)Get_TD(current_td->hctd_trans_wrapper));
Get_TD(td->hctd_next_td));
ohci_td_iommu_to_cpu(ohcip, Get_TD(td->hctd_next_td));
ctrl = (uint_t)Get_TD(td->hctd_ctrl) & (uint32_t)HC_TD_CC;
(uint32_t)Get_TD(td->hctd_trans_wrapper));
(uint32_t)Get_TD(td->hctd_trans_wrapper));
Get_TD(td->hctd_tw_next_td));
Get_TD(td->hctd_trans_wrapper));
if (Get_TD(td->hctd_cbp)) {
length = Get_TD(td->hctd_xfer_offs) +
Get_TD(td->hctd_xfer_len) - residue;
(uint32_t)Get_TD(td->hctd_trans_wrapper));
ohci_td_iommu_to_cpu(ohcip, Get_TD(td->hctd_tw_next_td));
ASSERT(Get_TD(td->hctd_state) == HC_TD_DUMMY);
ASSERT(Get_TD(td->hctd_state) == HC_TD_DUMMY);
ASSERT(Get_TD(td->hctd_tw_next_td) == 0);
Get_TD(new_dummy->hctd_tw_next_td));
Get_TD(next_td->hctd_tw_next_td));