29   IN      EFI_TIME  *ET,  in Efi2Tm()  argument
34   BT->tm_year = ET->Year - TM_YEAR_BASE;  in Efi2Tm()
35   BT->tm_mon = ET->Month - 1;   // BD time is zero based, EFI is 1 based  in Efi2Tm()
36   BT->tm_mday = ET->Day;  in Efi2Tm()
37   BT->tm_hour = ET->Hour;  in Efi2Tm()
38   BT->tm_min = ET->Minute;  in Efi2Tm()
39   BT->tm_sec = ET->Second;  in Efi2Tm()
41   BT->tm_zoneoff = ET->TimeZone;  in Efi2Tm()
42   BT->tm_daylight = ET->Daylight;  in Efi2Tm()
43   BT->tm_Nano = ET->Nanosecond;  in Efi2Tm()
70      OUT  EFI_TIME  *ET  in Tm2Efi()  argument
73   ET->Year        = (UINT16)BT->tm_year + TM_YEAR_BASE;  in Tm2Efi()
74   ET->Month       = (UINT8)BT->tm_mon + 1;  in Tm2Efi()
75   ET->Day         = (UINT8)BT->tm_mday;  in Tm2Efi()
76   ET->Hour        = (UINT8)BT->tm_hour;  in Tm2Efi()
77   ET->Minute      = (UINT8)BT->tm_min;  in Tm2Efi()
78   ET->Second      = (UINT8)BT->tm_sec;  in Tm2Efi()
79   ET->Nanosecond  = (UINT32)BT->tm_Nano;  in Tm2Efi()
80   ET->TimeZone    = (INT16)BT->tm_zoneoff;  in Tm2Efi()
81   ET->Daylight    = (UINT8)BT->tm_daylight;  in Tm2Efi()
100   EFI_TIME  *ET   = NULL;  in Time2Efi()  local
104     ET = malloc(sizeof(EFI_TIME));  in Time2Efi()
105     if(ET != NULL) {  in Time2Efi()
106       Tm2Efi(IT, ET);  in Time2Efi()
109   return ET;  in Time2Efi()