RTS/include/SECTOR/msgStruct.h

#ifndef MSG_STRUCT_H_
#define MSG_STRUCT_H_

#include <vxWorks.h>

#include <iccp.h>

// incoming doorbells to the MZ
#define DBEL_ANNCE_SL3_RES1     31      //W1->M
#define DBEL_ANNCE_SL3_RES2     30      //W2->M
#define DBEL_SND_SL3            29      //SB->M
#define DBEL_ANNCE_FMT_DTA1     28      //W1->M
#define DBEL_ANNCE_FMT_DTA2     27      //W2->M
#define DBEL_FMT_DTA            26      //SB->M, M->W
#define DBEL_SND_DTA            25      //SB->M
#define DBEL_CNFRM_RLS1         24      //W1->M, data in MBOX4
#define DBEL_CNFRM_RLS2         23      //W2->M, data in MBOX5

#define DBEL_DMA_DONE           22

#define DBEL_MZ_EMUL            11
#define DBEL_COMMAND            10      /* any slow command */
#define DBEL_REPORT             9       /* print report */
#define DBEL_CONS_DTA           0


// incoming mailboxes on the MZ PLX
#define MBOX_MZ_DMA_DONE1       0       //W1->M
#define MBOX_MZ_DMA_DONE2       1       //W2->M
#define MBOX_MZ_RLS_TOKEN       2       //SB->M, M->W

// incoming but non-IRQ MBOXes on the MZ
#define MBOX_MZ_CNFRM_RLS1      4
#define MBOX_MZ_CNFRM_RLS2      5

// outgoing doorbells - from the MZ to SB
#define DBEL_SB_MON_DTA         31
#define DBEL_SB_LOG_DTA         30
#define DBEL_SB_COMMAND         29
#define DBEL_SB_DEATH           28      /* no parameters - announces immediate death of MZ */
#define DBEL_SB_CONS_DTA        0

// alternative outgoing doorbells on the Monarch PLX
#define DBEL_SB_ANNCE_SL3_RES   1
#define DBEL_SB_ANNCE_FMT_DTA   2
#define DBEL_SB_CNFRM_RLS_TKN   3
#define DBEL_SB_CNFRM_SEND      4       // used to inform the SB


// outgoing mailboxes on the Universe - from Monarch to SB
#define MBOX_SB_ANNCE_SL3_RES   0
#define MBOX_SB_ANNCE_FMT_DTA   1
#define MBOX_SB_CNFRM_RLS_TKN   2
#define MBOX_SB_CNFRM_SEND      3       // used to inform the SB

// reasons for dying
#define MBOX_MZ_OUT_DEATH       0

#define DEATH_DELAY_QUE_FULL    1
#define DEATH_BERR              2
#define DEATH_OUT_OF_MEM        3
#define DEATH_OUT_OF_RSRC       4
#define DEATH_RSRC_MISSING      5
#define DEATH_BAD_STATE         6



//#pragma align 1
#if __GNUC__ == 2 && __GNUC_MINOR__ < 96 && I960 == 1
#pragma pack 2
#endif


typedef struct { 
        UINT32 token : 12 ;
        UINT32 status : 4 ;
        UINT32 src : 4 ;
        UINT32 dst : 4 ;
        UINT32 cmd : 8 ;
} msg_0 ;

typedef struct { 
        UINT32 token : 12 ;
        UINT32 status : 4 ;
        UINT32 src : 4 ;
        UINT32 dst : 4 ;
        UINT32 cmd : 8 ;

        UINT32 d[1] ;

} msg_1 ;

typedef struct { 
        UINT32 token : 12 ;
        UINT32 status : 4 ;
        UINT32 src : 4 ;
        UINT32 dst : 4 ;
        UINT32 cmd : 8 ;

        UINT32 d[2] ;

} msg_2 ;

typedef struct {
        UINT32 token : 12 ;
        UINT32 status : 4 ;
        UINT32 src : 4 ;
        UINT32 dst : 4 ;
        UINT32 cmd : 8 ;

        UINT32 d[13] ;
} msg_A ;


//#pragma align 0

#if __GNUC__ == 2 && __GNUC_MINOR__ < 96 && I960 == 1
#pragma pack 0
#endif

//#pragma align 4


struct mon_dta {
        UINT32 len ;
        UINT32 d[256] ;
} ;

struct console_dta { ;
        UINT32 len ;
        UINT8 d[256] ;
} ;

struct log_dta {
        UINT32 len ;
        UINT8 d[256] ;
} ;


#if __GNUC__ == 2 && __GNUC_MINOR__ < 96 && I960 == 1
#pragma pack 4 
#endif

/* resides in the Mezzanine's memory */
struct mzMsgStruct {    
        msg_1 annce_sl3_res[2] ;                /* from the Workers */
        msg_1 annce_fmt_dta[2] ;                /* from the Workers */

        msg_1 snd_sl3 ;                 /* from the SB */
        msg_1 fmt_dta ;                 /* from the SB , MSb '1' ->requires checksum */
        msg_1 snd_dta ;                 /* from SB */

        msg_A cmd ;                     /* any other slow command - from SB */

        struct console_dta console_dta;         /* from SB */
        struct mon_dta mon_dta ;                /* from SB */
} ;



/* resides in SB's memory */
struct rbMsgStruct {
        /* fast commands via mailboxes on the Universe */

        msg_1 annce_sl3_res ;           /* from the Monarch - use MBOX0 */      
        msg_1 annce_fmt_dta ;           /* from the Monarch - use MBOX1 */
        msg_0 cnfrm_rel_tkn ;           /* from the Monarch - use MBOX2 */
        msg_0 sb_dma ;                  /* from Monarch - use MBOX3     */

        /* various slow commands via doorbells */


        struct mon_dta mon_dta[3] ;             /* from MZ */
        struct log_dta log_dta[3] ;             /* from MZ */
        struct console_dta console_dta[3] ;     /* from Mz */
        msg_A cmd[3] ;
} ;


//#pragma align 0

#if __GNUC__ == 2 && __GNUC_MINOR__ < 96 && I960 == 1
#pragma pack 0
#endif

#if (CPU == I960HX)

// src/dest
#define MZ_DST_SB       3
#define MZ_DST_PROC     4
#define MZ_DST_FMT      5
#define MZ_DST_DMAER    6

extern volatile struct rbMsgStruct *rbMsgStruct ;
extern volatile struct mzMsgStruct *mzMsgStruct[3], *mzMyMsgStruct ;

extern int sendMsg(msg_A *m, void (*func)(UINT32), UINT32 param) ;
extern int msg(int dst, msg_A *mp) ;


#endif


#ifdef DBG_MSG_STRUCT
#include <stdio.h>

#ifdef __cplusplus
extern "C" {
#endif

extern void sizer(void) ;

#ifdef __cplusplus
}
#endif


void sizer(void)
{

        printf("msg_0 %d\n",sizeof(msg_0));
        printf("msg_1 %d\n",sizeof(msg_1));
        printf("msg_2 %d\n",sizeof(msg_2));

        printf("msg_A %d\n",sizeof(msg_A)) ;
        printf("mon_dta %d\n",sizeof(struct mon_dta));
        printf("console_dta %d\n",sizeof(struct console_dta)) ;
        printf("log_dta %d\n",sizeof(struct log_dta)) ;



        printf("mzMsgStruct %d\n",sizeof(struct mzMsgStruct)) ;
        printf("rbMsgStruct %d\n",sizeof(struct rbMsgStruct)) ;



        printf("msg_0 %d\n",__alignof__(msg_0));
        printf("msg_1 %d\n",__alignof__(msg_1));
        printf("msg_2 %d\n",__alignof__(msg_2));
        printf("msg_A %d\n",__alignof__(msg_A)) ;

        printf("mon_dta %d\n",__alignof__(struct mon_dta));
        printf("console_dta %d\n",__alignof__(struct console_dta)) ;

        printf("log_dta %d\n",__alignof__(struct log_dta)) ;


        printf("mzMsgStruct %d\n",__alignof__(struct mzMsgStruct)) ;
        printf("rbMsgStruct %d\n",__alignof__(struct rbMsgStruct)) ;

        return ;
}

#endif


#endif /* _MSG_STRUCT_H_ */

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