/********************************************************************************************************************************/
/* Created: 30-Mar-2010 17:29:55 by OpenVMS SDL EV3-3      */
/* Source:  30-MAR-2010 17:29:22 $1$DGA7274:[STARLET_H.SRC]STARDEFQZ.SDI;1 */
/********************************************************************************************************************************/
/*** MODULE $UIDDEF ***/
#ifndef __UIDDEF_LOADED
#define __UIDDEF_LOADED 1
 
#pragma __nostandard			 /* This file uses non-ANSI-Standard features */
#pragma __member_alignment __save
#pragma __nomember_alignment
#ifdef __INITIAL_POINTER_SIZE			 /* Defined whenever ptr size pragmas supported */
#pragma __required_pointer_size __save		 /* Save the previously-defined required ptr size */
#pragma __required_pointer_size __short		 /* And set ptr size default to 32-bit pointers */
#endif
 
#ifdef __cplusplus
    extern "C" {
#define __unknown_params ...
#define __optional_params ...
#else
#define __unknown_params
#define __optional_params ...
#endif
 
#ifndef __struct
#if !defined(__VAXC)
#define __struct struct
#else
#define __struct variant_struct
#endif
#endif
 
#ifndef __union
#if !defined(__VAXC)
#define __union union
#else
#define __union variant_union
#endif
#endif
 
#define UID$K_ARCHVERSION 1             /* Current architecture version     */
#define UID$K_APOLLO1 0                 /* UID format types                 */
#define UID$K_APOLLO2 1
#define UID$K_DIGITAL 2
#define UID$K_MICROSOFT 3
#define UID$K_LENGTH 16                 /* Total structure length           */
	
#ifdef __NEW_STARLET
typedef struct _uiddef {
    __union  {
        unsigned __int64 uid$q_timeandversion; /* Time and version          */
        __struct  {
            unsigned int uid$l_timelow; /* Low order 32 bits of time        */
            unsigned short int uid$w_timemid; /* Middle order 16 bits of time */
            __union  {
                unsigned short int uid$w_timehiandversion; /* High order 12 bits of time and */
                __struct  {
/* 4 bits of version                                                        */
                    unsigned uid$v_timehi : 12; /* High order 12 bits of time */
                    unsigned uid$v_version : 4; /* 4 bits of version        */
                    } uid$r_fill_66_;
                } uid$r_fill_65_;
            } uid$r_fill_64_;
        } uid$r_fill_63_;
    __union  {
        unsigned short int uid$w_clockseqandreserved; /* Clock sequence and reserved */
        __struct  {
            __union  {
                unsigned char uid$b_clockseqhiandreserved; /* High order 6 bits of clock sequence */
                __struct  {
/* and 2 reserved bits                                                      */
                    unsigned uid$v_clockseqhi : 6; /* High order 6 bits of clock sequence */
                    unsigned uid$v_reserved : 2; /* 2 bits of reserved      */
                    } uid$r_fill_70_;
                } uid$r_fill_69_;
            unsigned char uid$b_clockseqlow; /* Low order 8 bits of clock sequence */
            } uid$r_fill_68_;
        } uid$r_fill_67_;
    __union  {
        unsigned char uid$b_node [6];
        __struct  {
            unsigned short int uid$w_nodehi; /* High order 16 bits of node number */
            unsigned int uid$l_nodelow; /* Low order 32 bits of node number */
            } uid$r_fill_72_;
        } uid$r_fill_71_;
    } UIDDEF;
 
#if !defined(__VAXC)
#define uid$q_timeandversion uid$r_fill_63_.uid$q_timeandversion
#define uid$l_timelow uid$r_fill_63_.uid$r_fill_64_.uid$l_timelow
#define uid$w_timemid uid$r_fill_63_.uid$r_fill_64_.uid$w_timemid
#define uid$w_timehiandversion uid$r_fill_63_.uid$r_fill_64_.uid$r_fill_65_.uid$w_timehiandversion
#define uid$v_timehi uid$r_fill_63_.uid$r_fill_64_.uid$r_fill_65_.uid$r_fill_66_.uid$v_timehi
#define uid$v_version uid$r_fill_63_.uid$r_fill_64_.uid$r_fill_65_.uid$r_fill_66_.uid$v_version
#define uid$w_clockseqandreserved uid$r_fill_67_.uid$w_clockseqandreserved
#define uid$b_clockseqhiandreserved uid$r_fill_67_.uid$r_fill_68_.uid$r_fill_69_.uid$b_clockseqhiandreserved
#define uid$v_clockseqhi uid$r_fill_67_.uid$r_fill_68_.uid$r_fill_69_.uid$r_fill_70_.uid$v_clockseqhi
#define uid$v_reserved uid$r_fill_67_.uid$r_fill_68_.uid$r_fill_69_.uid$r_fill_70_.uid$v_reserved
#define uid$b_clockseqlow uid$r_fill_67_.uid$r_fill_68_.uid$b_clockseqlow
#define uid$b_node uid$r_fill_71_.uid$b_node
#define uid$w_nodehi uid$r_fill_71_.uid$r_fill_72_.uid$w_nodehi
#define uid$l_nodelow uid$r_fill_71_.uid$r_fill_72_.uid$l_nodelow
#endif		/* #if !defined(__VAXC) */
 
#else	    /* __OLD_STARLET */
struct uiddef {
    __union  {
        unsigned int uid$q_timeandversion [2]; /* Time and version          */
        __struct  {
            unsigned int uid$l_timelow; /* Low order 32 bits of time        */
            unsigned short int uid$w_timemid; /* Middle order 16 bits of time */
            __union  {
                unsigned short int uid$w_timehiandversion; /* High order 12 bits of time and */
                __struct  {
/* 4 bits of version                                                        */
                    unsigned uid$v_timehi : 12; /* High order 12 bits of time */
                    unsigned uid$v_version : 4; /* 4 bits of version        */
                    } uid$r_fill_66_;
                } uid$r_fill_65_;
            } uid$r_fill_64_;
        } uid$r_fill_63_;
    __union  {
        unsigned short int uid$w_clockseqandreserved; /* Clock sequence and reserved */
        __struct  {
            __union  {
                unsigned char uid$b_clockseqhiandreserved; /* High order 6 bits of clock sequence */
                __struct  {
/* and 2 reserved bits                                                      */
                    unsigned uid$v_clockseqhi : 6; /* High order 6 bits of clock sequence */
                    unsigned uid$v_reserved : 2; /* 2 bits of reserved      */
                    } uid$r_fill_70_;
                } uid$r_fill_69_;
            unsigned char uid$b_clockseqlow; /* Low order 8 bits of clock sequence */
            } uid$r_fill_68_;
        } uid$r_fill_67_;
    __union  {
        unsigned char uid$b_node [6];
        __struct  {
            unsigned short int uid$w_nodehi; /* High order 16 bits of node number */
            unsigned int uid$l_nodelow; /* Low order 32 bits of node number */
            } uid$r_fill_72_;
        } uid$r_fill_71_;
    } ;
 
#if !defined(__VAXC)
#define uid$q_timeandversion uid$r_fill_63_.uid$q_timeandversion
#define uid$l_timelow uid$r_fill_63_.uid$r_fill_64_.uid$l_timelow
#define uid$w_timemid uid$r_fill_63_.uid$r_fill_64_.uid$w_timemid
#define uid$w_timehiandversion uid$r_fill_63_.uid$r_fill_64_.uid$r_fill_65_.uid$w_timehiandversion
#define uid$v_timehi uid$r_fill_63_.uid$r_fill_64_.uid$r_fill_65_.uid$r_fill_66_.uid$v_timehi
#define uid$v_version uid$r_fill_63_.uid$r_fill_64_.uid$r_fill_65_.uid$r_fill_66_.uid$v_version
#define uid$w_clockseqandreserved uid$r_fill_67_.uid$w_clockseqandreserved
#define uid$b_clockseqhiandreserved uid$r_fill_67_.uid$r_fill_68_.uid$r_fill_69_.uid$b_clockseqhiandreserved
#define uid$v_clockseqhi uid$r_fill_67_.uid$r_fill_68_.uid$r_fill_69_.uid$r_fill_70_.uid$v_clockseqhi
#define uid$v_reserved uid$r_fill_67_.uid$r_fill_68_.uid$r_fill_69_.uid$r_fill_70_.uid$v_reserved
#define uid$b_clockseqlow uid$r_fill_67_.uid$r_fill_68_.uid$b_clockseqlow
#define uid$b_node uid$r_fill_71_.uid$b_node
#define uid$w_nodehi uid$r_fill_71_.uid$r_fill_72_.uid$w_nodehi
#define uid$l_nodelow uid$r_fill_71_.uid$r_fill_72_.uid$l_nodelow
#endif		/* #if !defined(__VAXC) */
 
#endif	    /* #ifdef __NEW_STARLET */
 
#pragma __member_alignment __restore
#ifdef __INITIAL_POINTER_SIZE			 /* Defined whenever ptr size pragmas supported */
#pragma __required_pointer_size __restore		 /* Restore the previously-defined required ptr size */
#endif
#ifdef __cplusplus
    }
#endif
#pragma __standard
 
#endif /* __UIDDEF_LOADED */