/************************************************************************/ 
/* SISCO SOFTWARE MODULE HEADER *****************************************/ 
/************************************************************************/ 
/*   (c) Copyright Systems Integration Specialists Company, Inc.,	*/ 
/*      	  1986 - 2001, All Rights Reserved.		        */ 
/*									*/ 
/* MODULE NAME : mms_mp.h						*/ 
/* PRODUCT(S)  : MMSEASE, MMSEASE-LITE					*/ 
/*									*/ 
/* MODULE DESCRIPTION : 						*/ 
/*	This file has the common data structures and general function	*/ 
/*	declarations required to interface with MMS at the primitive	*/ 
/*	level.								*/ 
/*									*/ 
/* MODIFICATION LOG :							*/ 
/*  Date     Who   Rev			Comments			*/ 
/* --------  ---  ------   -------------------------------------------	*/ 
/* 12/20/01  JRB     05	   Convert to use ASN1R.			*/ 
/* 08/15/97  MDE     04    BTOD handling changes			*/ 
/* 08/14/97  RKR     03    Format changes				*/ 
/* 06/11/97  RKR     02    Added constants for EXTERNAL encoding tag	*/ 
/* 06/09/97  MDE     01    MMS-LITE define changes			*/ 
/* 04/02/97  DTL   7.00    MMSEASE 7.0 release. See MODL70.DOC for	*/ 
/*			   history.					*/ 
/************************************************************************/ 
 
#ifndef MMS_MP_INCLUDED 
#define MMS_MP_INCLUDED 
 
#ifdef __cplusplus 
extern "C" { 
#endif 
 
#include "asn1defs.h" 
#ifndef MMS_LITE 
#include "mms_defs.h" 
#endif 
 
/************************************************************************/ 
/* MMS-LITE specific defines						*/ 
 
#if defined(MMS_LITE) 
/* For MMS-LITE, we will use 'lite' versions of some data structures	*/ 
#define USE_COMPACT_MMS_STRUCTS 
 
/* For MMS-LITE, we will supply a single static decode info buffer	*/ 
#define M_USR_DEC_BUF 
#endif 
 
/************************************************************************/ 
/* Common default values for priority and severity			*/ 
/************************************************************************/ 
 
#define MMS_NORM_PRIORITY		 64 
#define MMS_NORM_SEVERITY		 64 
 
/************************************************************************/ 
/* Object Name - This structure is used to reference MMS objects	*/ 
/************************************************************************/ 
 
/* These defines may be used for the object_tag element selector	*/ 
#define VMD_SPEC	0 
#define DOM_SPEC	1 
#define AA_SPEC		2 
 
#if !defined (USE_COMPACT_MMS_STRUCTS) 
 
/* Standard form of object name */ 
struct object_name 
  { 
  ST_INT  object_tag;			/* See above for legal values	*/ 
  union 
    { 
    ST_CHAR vmd_spec [MAX_IDENT_LEN+1];	/* vmd specific identifier	*/ 
    ST_CHAR item_id [MAX_IDENT_LEN+1];	/* item identifier		*/ 
    ST_CHAR aa_spec [MAX_IDENT_LEN+1];	/* aa specific identifier	*/ 
    } obj_name; 
  ST_CHAR domain_id [MAX_IDENT_LEN+1];	/* domain identifier		*/ 
  SD_END_STRUCT 
  }; 
 
#else		/* Use compact form */ 
 
/* Compact form of object name */ 
struct object_name 
  { 
  ST_INT  object_tag;			/* See above for legal values	*/ 
  union 
    { 
    ST_CHAR *vmd_spec;			/* vmd specific identifier	*/ 
    ST_CHAR *item_id;			/* item identifier		*/ 
    ST_CHAR *aa_spec;			/* aa specific identifier	*/ 
    } obj_name; 
  ST_CHAR *domain_id;			/* domain identifier		*/ 
  SD_END_STRUCT 
  };				    
#endif 
 
typedef struct object_name OBJECT_NAME; 
 
 
/************************************************************************/ 
/* timeofday, event_time, attach_to_evcon, attach_to_semaphore and 	*/ 
/* modifier structure definitions.					*/ 
/************************************************************************/ 
 
struct event_time 
  { 
  ST_INT16      evtime_tag;		/* event time tag		*/ 
					/*  0: time of day		*/ 
					/*  1: time sequence identifier */ 
					/*  2: undefined		*/ 
  union 
    { 
    MMS_BTOD    time_of_day;		/* time of day			*/ 
    ST_UINT32   time_seq_id; 		/* time sequence identifier	*/ 
    } evtime; 
  }; 
typedef struct event_time EVENT_TIME; 
 
struct attach_to_evcon 
  { 
  OBJECT_NAME evenroll_name;		/* event enrollment name       	*/ 
  OBJECT_NAME evcon_name;		/* event condition name       	*/ 
  ST_UCHAR    causing_transitions;	/* causing transitions:		*/ 
  					/* bitstring			*/ 
					/*  0 : idle to disabled	*/ 
					/*  1 : active to disabled	*/ 
					/*  2 : disabled to idle	*/ 
					/*  3 : active to idle		*/ 
					/*  4 : disabled to active	*/ 
					/*  5 : idle to active		*/ 
					/*  6 : any to deleted		*/ 
  ST_BOOLEAN  acc_delay_pres;		/* acceptable delay present	*/ 
  ST_UINT32   acc_delay;		/* acceptable delay		*/ 
  SD_END_STRUCT 
  }; 
typedef struct attach_to_evcon ATTACH_TO_EVCON; 
 
struct attach_to_semaphore 
  {	   
  OBJECT_NAME sem_name;			/* semaphore name       	*/ 
  ST_BOOLEAN  named_token_pres;		/* named token present ind	*/ 
  ST_CHAR     named_token[MAX_IDENT_LEN+1];/* named token		*/ 
  ST_UCHAR    priority;			/* priority			*/ 
					/*   0 - highest		*/ 
					/*  64 - normal (default)	*/ 
					/* 127 - lowest 		*/ 
  ST_BOOLEAN  acc_delay_pres;		/* acceptable delay present	*/ 
  ST_UINT32   acc_delay;		/* acceptable delay		*/ 
  ST_BOOLEAN  ctrl_timeout_pres;	/* control timeout present	*/ 
  ST_UINT32   ctrl_timeout;	  	/* control timeout		*/ 
  ST_BOOLEAN  abrt_on_timeout_pres;	/* Abort On Timeout present	*/ 
  ST_BOOLEAN  abrt_on_timeout;		/* Abort On Timeout		*/ 
  ST_BOOLEAN  rel_conn_lost;		/* relinquish if connection	*/ 
  SD_END_STRUCT 
  };					/* lost (default = true)	*/ 
typedef struct attach_to_semaphore ATTACH_TO_SEMAPHORE; 
 
struct modifier 
  { 
  ST_INT modifier_tag;			/* modifier tag			*/ 
					/*  0:attach to event condition	*/ 
					/*  1:attach to semaphore	*/ 
  union 
    { 
    ATTACH_TO_EVCON     atec;		/* attach to event condition	*/ 
    ATTACH_TO_SEMAPHORE atsem;		/* attach to semaphore		*/ 
    } mod; 
  SD_END_STRUCT 
  }; 
typedef struct modifier	MODIFIER; 
 
/************************************************************************/ 
/* File Name								*/ 
/************************************************************************/ 
 
struct file_name 
  { 
  ST_INT  fn_len; 		/* The length of the string		*/ 
  ST_CHAR *fname;  		/* pointer to actual filename  string	*/ 
  SD_END_STRUCT 
  }; 
typedef struct file_name FILE_NAME; 
 
/************************************************************************/ 
/* Values for the encoding_tag of an EXTERN_INFO			*/ 
/************************************************************************/ 
 
#define M_EXT_TAG_ANY			0 
#define M_EXT_TAG_OCT_ALIGNED		1 
#define M_EXT_TAG_ARB			2 
 
/************************************************************************/ 
/* EXTERNAL								*/ 
/*   The structure below is used to store ASN.1 type EXTERNAL in "C"	*/ 
/*   format.								*/ 
/************************************************************************/ 
 
struct extern_info 
  { 
  ST_BOOLEAN dir_ref_pres;		/* direct reference present	*/ 
  MMS_OBJ_ID dir_ref; 
 
  ST_BOOLEAN indir_ref_pres;		/* indirect reference present	*/ 
  ST_INT32   indir_ref;			/* indirect reference value	*/ 
 
  ST_BOOLEAN dv_descr_pres;		/* data value descript pres	*/ 
  ST_INT     dv_descr_len;   		/* data value descr. len	*/ 
  ST_UCHAR   *dv_descr;			/* data value descr. ptr	*/ 
 
  ST_CHAR    encoding_tag;		/* type of encoding		*/ 
  ST_INT     num_bits;			/* for arbitrary only		*/ 
  ST_INT     data_len;			/* # bytes of data		*/ 
  ST_UCHAR   *data_ptr;			/* data pointer			*/ 
  SD_END_STRUCT 
  }; 
typedef struct extern_info EXTERN_INFO; 
 
 
ST_RET ms_encode_extern (EXTERN_INFO *src,  
			 ST_UCHAR *asn1dest, ST_INT destlen, 
			 ST_INT *len_out, ST_UCHAR **asn1_start_out); 
 
ST_RET ms_decode_extern (ST_UCHAR *asn1, ST_INT asn1len, EXTERN_INFO *dest); 
 
ST_VOID wr_external (ASN1_ENC_CTXT *aCtx, EXTERN_INFO *ext); 
 
 
#ifdef __cplusplus 
} 
#endif 
 
#endif  /* MMS_MP_INCLUDED  */