*DECK NDLWNCF 
USETEXT NDLFETT 
USETEXT NDLTBLT 
      PROC NDLWNCF(TABLE$ID,WSA,LENGTH);
      BEGIN 
*IF,DEF,IMS 
# 
**    NDL$WNF - WRITE RECORD TO NCF 
* 
*     D.K. ENDO    81/11/10 
* 
*     THIS PROCEDURE MAKES AN ENTRY IN NCF INDEX OR LINE RECORD INDEX 
*     AND WRITES RECORD TO NCF. 
* 
*     PROC NDL$WNF(TABLE$ID,WSA,LENGTH) 
* 
*     ENTRY        TABLE$ID = NUMBER IDENTIFYING TABLE. 
*                  WSA = FIRST WORD ADDRESS OF TABLE OR RECORD. 
*                        IF A BASED ARRAY, THE POINTER WORD ITSELF
*                        MUST BE PASSED.
*                  LENGTH = LENGTH IN CP WORDS OF TABLE OR RECORD.
* 
*     EXIT         NONE.
* 
*     METHOD
* 
*     SELECT CASE THAT APPLIES: 
*       CASE1(LINE RECORD)
*         MAKE ENTRY IN LINE RECORD INDEX.
*         WRITE LINE RECORD TO NCF. 
*       CASE 2(ALL TABLES EXCEPT NCF INDEX AND LINE RECORDS): 
*         MAKE ENTRY IN NCF INDEX.
*         WRITE TABLE/RECORD TO NCF.
*       CASE 3(NCF INDEX):  
*         WRITE INDEX TO NCF WITH EOF.
* 
# 
*ENDIF
      ITEM TABLE$ID;         # TABLE/RECORD I.D.                       #
      ITEM WSA;              # FIRST WORD ADDRESS OF TABLE/RECORD      #
                             # IF A BASED ARRAY, WSA IS THE ACTUAL     #
                             # POINTER WORD                            #
      ITEM LENGTH;           # LENGTH IN CP WORDS OF TABLE/RECORD      #
# 
****  PROC NDLWNCF - XREF LIST BEGINS.
# 
      XREF
        BEGIN 
        PROC SSTATS;         # ALLOCATES MORE TABLE SPACE ON REQUEST   #
        PROC RECALL;         # RETURNS CONTROL WHEN RECALL BIT CLEARED #
        PROC WRITEF;         # FLUSH BUFFER, WRITE EOF MARKER          #
        PROC WRITER;         # FLUSH BUFFER, WRITE EOR MARKER          #
        END 
# 
****
# 
      DEF MAXRT # 12 #;      # NUMBER OF ENTRIES IN RECORD-TYPE TABLE  #
      ARRAY RECORD$TYPE [0:MAXRT] S(1); 
        BEGIN 
        ITEM REC$TYPE (0,0,60) = [        ,      # UNKNOWN             #
                                   O"7700",      # FILE HEADER RECORD  #
                                          ,      # LINE RECORD         #
                                   O"1603",      # NCB                 #
                                   O"1630",      # NPU XREF TABLE      #
                                   O"2010",      # PHYSICAL LINK XREF  #
                                   O"1414",      # LOGICAL LINK XREF   #
                                   O"1430",      # LINE XREF TABLE     #
                                   O"0430",      # DEVICE XREF TABLE   #
                                   O"1411",      # LINE RECORD INDEX   #
                                          ,      # NCF INDEX           #
                                  ];
        END 
      SWITCH TBLJUMP             ,     # UNKNOWN                       #
                        NCF$ENTRY,     # FILE HEADER RECORD            #
                        LI$ENTRY ,     # LINE RECORD                   #
                                 ,     # NCB                           #
                        NCF$ENTRY,     # NPU XREF TABLE                #
                        NCF$ENTRY,     # PHYSICAL LINK XREF TABLE      #
                        NCF$ENTRY,     # LOGICAL LINK XREF TABLE       #
                        NCF$ENTRY,     # LINE XREF TABLE               #
                        NCF$ENTRY,     # DEVICE XREF TABLE             #
                        NCF$ENTRY,     # LINE RECORD INDEX             #
                        WRITE$EOF;     # NCF INDEX                     #
      CONTROL EJECT;
#                                                                      #
#                            CODE BEGINS HERE                          #
#                                                                      #
      GOTO TBLJUMP[TABLE$ID]; 
#                                                                      #
LI$ENTRY: 
      LIWC[1] = LIWC[1] + 1;           # INCREMENT INDEX WORD COUNT    #
      IF LIWC[1] GQ LI$LENG 
      THEN                   # IF NEED MORE TABLE SPACE FOR ENTRY      #
        BEGIN 
        SSTATS(P<LIN$REC$INDX>,20);     # ALLOCATE MORE SPACE          #
        END 
      LIWORD[LIWC[1]] = 0;             # CLEAR ENTRY WORD              #
      LINID[LIWC[1]] = LRNID[2];       # PUT NPU NODE I.D. IN KEY      #
      LIPORT[LIWC[1]] = LRPORT[2];     # PUT PORT NUMBER VALUE IN KEY  #
      LIGC[LIWC[1]] = LRGC[1];         # PUT GROUP COUNT IN KEY        #
      LIRPA[LIWC[1]] = NCFCRI[0];      # PUT SECTOR ADDRESS IN ENTRY   #
      GOTO WRITE$EOR; 
NCF$ENTRY:  
      NCFWC[0] = NCFWC[0] + 1;         # INCREMENT INDEX WORD COUNT    #
      IF NCF$LENG LS (NCFWC[0] * NCFENTSZ) + 1
      THEN                   # IF NEED MORE TABLE SPACE FOR ENTRY      #
        BEGIN 
        SSTATS(P<NCF$INDEX>,20);        # ALLOCATE MORE SPACE          #
        END 
      NCFWORD[NCFWC[0]] = 0;           # FIRST WORD IN ENTRY           #
      NCFRT[NCFWC[0]] = REC$TYPE[TABLE$ID];   # PUT RECORD TYPE IN KEY #
      NCFRL[NCFWC[0]] = LENGTH;        # PUT RECORD LENGTH IN ENTRY    #
      NCFRANINDX[NCFWC[0]] = NCFCRI[0];# PUT SECTOR ADDRESS IN ENTRY   #
      GOTO WRITE$EOR; 
WRITE$EOR:  
      NCFFIRST[0] = WSA;               # POINT FET TO TABLE/RECORD     #
      NCFIN[0] = WSA + LENGTH;
      NCFOUT[0] = WSA;
      NCFLIMIT[0] = NCFIN[0] + 1; 
      WRITER(NCFFET,0);                # WRITE TABLE/RECORD TO NCF FILE#
      RECALL(NCFFET); 
      GOTO EXIT;
WRITE$EOF:  
      NCFFIRST[0] = WSA;               # POINT FET TO TABLE            #
      NCFIN[0] = WSA + LENGTH;
      NCFOUT[0] = WSA;
      NCFLIMIT[0] = NCFIN[0] + 1; 
      WRITEF(NCFFET);                  # WRITE TABLE TO FILE WITH EOF  #
      RECALL(NCFFET); 
EXIT: 
      RETURN;                # **** RETURN ****                        #
      END # NDLWNCF # 
      TERM