PROC SSINIT; 
# TITLE SSINIT - OPEN CATALOG AND SMMAP INITIALIZER. #
 
      BEGIN  # SSINIT #
 
#
**    SSINIT - OPEN CATALOG AND SMMAP INITIALIZER.
*
*     PROC SSINIT.
*
*     EXIT   BUFFER AND TABLE POINTERS SET UP.
*
*     NOTES  *SSINIT* IS USED BY THE *MSS* UTILITIES
*            TO SET UP BUFFER AND TABLE ADDRESSES FOR
*            THE CATALOG AND SMMAP ACCESS ROUTINES.
*            IT ALLOWS FOR 8 CATALOGS AND 8 SMMAPS
*            TO BE OPEN AT A TIME.
#
 
      DEF LISTCON #0#;               # DO NOT LIST COMDECKS #
*CALL COMBFAS
*CALL COMBCMD
 
#
*     FETS, BUFFERS AND TABLES.
#
 
      ARRAY FETS [0:3] S(RFETL);;
      ARRAY BUF$AST [1:ABUFLEN]  P(1);;
      ARRAY BUF$FCT[1:FCTBL]  P(1);;
      ARRAY BUF$MAP [1:MAPBUFL] P(1);;
      ARRAY BUF$TEMP [1:FCTBL];;
      ARRAY BUF$WORK [1:WBUFL] P(1);;
 
#
*     OPEN CATALOG TABLE.
#
 
      ARRAY T$OCT [0:7] P(OCTENTL);;
 
#
*     OPEN SMMAP TABLE.
#
 
      ARRAY T$OMT [1:MAXSM] P(OMTENTL);;
 
#
*     PREAMBLE TABLE.
#
 
      ARRAY T$PRM [0:7] P(14);;
 
CONTROL EJECT;
 
#
*     SET UP BUFFER AND TABLE ADDRESSES.
#
 
      FCTFADR = LOC(FETS[0]);        # *FCT* FET #
      P<FCTFET> = FCTFADR;
 
      MAPFADR = LOC(FETS[1]);        # MAP FET #
      P<MAPFET> = MAPFADR;
 
      TFETADR = LOC(FETS[2]);        # TEMPORARY FET #
      P<TFET> = TFETADR;
      ASTBADR = LOC(BUF$AST);        # *AST* I/O BUFFER #
 
      FCTBADR = LOC(BUF$FCT[1]);     # *FCT* I/O BUFFER #
      P<FCTBUF> = FCTBADR;
 
      MAPBADR = LOC(BUF$MAP[1]);     # MAP BUFFER #
      P<MAPBUF> = MAPBADR;
 
      TBUFADR = LOC(BUF$TEMP[1]);    # TEMPORARY BUFFER #
      P<TBUF> = TBUFADR;
 
      WBUFADR = LOC(BUF$WORK[1]);    # WORKING BUFFER #
      P<WBUF> = WBUFADR;
 
      OCTLEN = 8;                    # *OCT* LENGTH #
      OCTADR = LOC(T$OCT[0]);        # OPEN CATALOG TABLE #
      P<OCT> = OCTADR;
 
      OMTADR = LOC(T$OMT[1]);        # OPEN MAP TABLE #
      P<OMT> = OMTADR;
 
      PRMBADR = LOC(T$PRM[0]);       # PREAMBLE TABLE #
      P<PRMBUF> = PRMBADR;
 
      RETURN;
 
      END  # SSINIT #
 
    TERM