static BOOL win_pvr_vol_init()
{
m_volume_index = -1;
m_pvr_vol_error = 0;
storage_get_device_info(STORAGE_TYPE_SD);
if(storage_get_volume_count() == 0)
{
set_container_active(&tms_item_con4, FALSE);
m_pvr_vol_error = -1;
return FALSE;
}
m_sto_device_type = sys_data_get_storage_type();
m_sto_device_sub = sys_data_get_storage_sub_dev();
m_sto_device_part = sys_data_get_storage_partition();
// check the system data setting valid.
m_volume_index = storage_find_volume(m_sto_device_type,m_sto_device_sub,m_sto_device_part);
if(m_volume_index < 0)
{
m_pvr_vol_error = -2;
libc_printf("cann't find the origial PVR partition(%d:%d:%d)\n",m_sto_device_type,m_sto_device_sub,m_sto_device_part);
// invalid config, load current pvr setting.
storage_get_cur_pvr_sto_info(&m_sto_device_type , &m_sto_device_sub, &m_sto_device_part);
// check it again.
m_volume_index = storage_find_volume(m_sto_device_type,m_sto_device_sub,m_sto_device_part);
if(m_volume_index < 0)
{
ASSERT(0);
m_sto_device_type = 0;
m_sto_device_sub = 0;
m_sto_device_part = 0;
m_pvr_vol_error = -3;
libc_printf("cann't find the new PVR partition(%d:%d:%d)\n",m_sto_device_type,m_sto_device_sub,m_sto_device_part);
return FALSE;
}
libc_printf("find the new PVR partition(%d:%d:%d)\n",m_sto_device_type,m_sto_device_sub,m_sto_device_part);
}
return TRUE;
}
static void hddfmt_vol_init()
{
UINT8 type;
UINT8 sub_type;
UINT8 partition;
int max_volume;
storage_get_device_info(STORAGE_TYPE_ALL);
max_volume = storage_get_volume_count();
storage_get_cur_pvr_sto_info(&type, &sub_type, &partition);
hddfmt_cur_volume = storage_find_volume(type, sub_type, partition);
if(max_volume >= 1 && hddfmt_cur_volume < 0)
{
// cann't fint pvr partition, get the first partition
hddfmt_cur_volume = 0;
}
}