void fs_apcallback(UINT32 event_type, UINT32 param)
{
UINT32 dev_type = MNT_DEV_TYPE(param);
UINT32 dev_id = MNT_DEV_ID(param);
UINT32 mount_status = MNT_STATUS(param);
DM_DEBUG("%s(): (%d, %d), (%d, %d)\n",__FUNCTION__, dev_type, dev_id, event_type, mount_status);
switch (event_type)
{
case MP_FS_MOUNT:
if ((mount_status == MNT_MOUNT_OK) || (mount_status == MNT_FAILED))
{
dm_update(dev_type, dev_id);
}
if (mount_status == MNT_MOUNT_OK)
{
DM_DEBUG("send ap mount msg (%d, %d)\n", dev_type, dev_id);
ap_send_msg(CTRL_MSG_SUBTYPE_STATUS_USBMOUNT, DM_MSG_CODE(dev_type, dev_id), FALSE);
}
break;
case MP_FS_UNMOUNT:
// if ((mount_status == UNMNT_UNMOUNT_OK) || (mount_status == UNMNT_UNMOUNT))
if (mount_status == UNMNT_UNMOUNT_OK)
{
dm_update(dev_type, dev_id);
DM_DEBUG("send ap unmount msg (%d, %d)\n", dev_type, dev_id);
ap_send_msg(CTRL_MSG_SUBTYPE_STATUS_USBUNMOUNT, DM_MSG_CODE(dev_type, dev_id), FALSE);
}
break;
default:
break;
}
}
static e_int32 filter_data(laser_sick_t* ls, scan_data_t * pdata_in) {
int didx = 0, tick_idx;
scan_data_t * pdata_buf, *pdata;
e_assert(ls&&ls->state, E_ERROR_INVALID_HANDLER);
if (!(pdata_buf = add_slip_tick(ls, pdata_in)))
return E_OK;
// DMSG((STDOUT,"ls->slip_idx == %d/%d pdata->h_angle=%f \n", ls->slip_idx+1, ls->width, pdata->h_angle ));
if (ls->active_sectors.left) {
for (tick_idx = 0, pdata = pdata_buf; tick_idx < ls->interlace_v;
tick_idx++, pdata++) {
one_slip(ls, tick_idx, pdata, pdata->sector_data_offsets[didx],
pdata->num_measurements[didx], 0);
}
dm_update(ls->writer, ls->slip_idx, 0);
didx++;
}
if (ls->active_sectors.right) {
for (tick_idx = 0, pdata = pdata_buf; tick_idx < ls->interlace_v;
tick_idx++, pdata++) {
one_slip(ls, tick_idx, pdata, pdata->sector_data_offsets[didx],
pdata->num_measurements[didx], 1);
}
dm_update(ls->writer, ls->slip_idx, 1);
didx++;
}
ls->slip_idx++;
if (ls->slip_idx >= ls->width) {
ls->state = STATE_DONE;
DMSG(
(STDOUT,"ls_filter_data get enough data,last angle h = %f\n",pdata_buf->h_angle));
}
return E_OK;
}
