*DECK KDISLN
USETEXT NIPDEF
USETEXT ACB 
USETEXT AT
USETEXT KDIS
USETEXT KHDRX 
USETEXT KSTTAB
USETEXT LLCB
USETEXT NBT 
USETEXT PT
    PROC KDISLN((RELKN),(ADDRESS),(TYPE)); # DISPLAY K STATUS LINE #
 STARTIMS;
 #
*1DC  KDISLN
* 
*     1.PROC NAME       AUTHOR      DATE
*       KDISLN          M.GIBIAN    84/01/20
* 
*     2.FUNCTIONAL DESCRIPTION. 
* 
*       DISPLAY ONE STATUS K-DISPLAY LINE IN THE STATUS VIEW WINDOW 
*       BUFFER. 
* 
*     3.METHOD USED 
* 
*       COMPUTE ABSOLUTE VIEW WINDOW ADDRESS FROM RELATIVE ADDRESS
*       IF HEADER LINE, DISPLAY HEADER
*       ELSE
*          DISPLAY ALL FIELDS FOR TYPE OF DISPLAY LINE
* 
*     4.ENTRY PARAMETERS. 
* 
*       RELKN  - RELATIVE ADDRESS OF LINE TO BE DISPLAYED 
*       ADDRESS- ADDRESS OF STRUCTURE CONTAINING DATA TO BE DISPLAYED 
*       TYPE   - TYPE OF STRUCTURE TO DISPLAY (APP, EST, LGL) 
* 
*     5.OUTPUT PARAMETERS.
* 
*     6.COMDECKS AND TEXTS USED.
* 
*       NIPDEF   ACB     AT   KDIS    KHDRX 
*       KSTTAB   LLCB    NBT  PT
* 
*     7.ROUTINES CALLED.
* 
*       KPUT      PUTS VALUES IN BUFFER+CONVERT FROM B TO DISPLAY 
*       XTRACE    RECORD PROCESSOR CALLS
* 
*     8.DAYFILE MESSAGES AND OTHER IMPROTANT INFORMATION
*       THIS ROUTINE IS CONTAINED IN TWO OVERLAYS.  IT MUST 
*       FIT IN A SPACE SMALLER THAN THE SECONDARY OVERLAY AREA. 
* 
# 
 STOPIMS; 
# 
    INPUT PARAMETERS
# 
   ITEM RELKN;             # RELATIVE OFFSET OF LINE #
   ITEM TYPE S:KST;        # STATUS LINE BUFFER TYPE #
   ITEM ADDRESS;           # ACB ADDRESS/NBT ENTRY INDEX/LLCB ADDRESS#
  
# 
    LOCAL VARIABLES 
# 
  
   ITEM I   I;
   ITEM KN  I;            # ABSOLUTE LINE OFFSET   #
   ITEM BUF U;            # POINTER TO VIEW BUFFER #
  
   ARRAY HEAD[KST"APP":KST"LLK"] S(6);
      ITEM HEADER C(0,0,60)=[ 
      " APP      JSN       STATUS I  NCN   AC  NSM  NDM  TIME UP",
      " EST EQ   HN   NSM  NHM  NLM   IVTSTAT  PRUSTAT   FEREJ PV", 
      " LOG-LINK HN TN    N S T NCN   AC   NHDQ  NLDQ    TIME UP"]; 
  
   BASED ARRAY INDEXES S(1);
     BEGIN
     ITEM ISTART  U(0,9,9);   # START INDEX IN VIEW TABLE ARRAY  #
     ITEM IEND    U(0,18,9);  # END INDEX IN VIEW TABLE ARRAY    #
     END
  
   SWITCH KLAB:KST
      LB$APP:APP, 
      LB$EST:EST, 
      LB$LLK:LLK; 
  
# 
    EXTERNAL CALLS
# 
  
   XREF 
      BEGIN 
      PROC KPUT;
      PROC XTRACE;
      END 
  
# 
    CHECK TO SEE IF HEADER NEEDS TO BE DISPLAYED
# 
  
   BEGIN
  
   CONTROL IFEQ DEBUG,1;
   XTRACE("KDISL"); 
   CONTROL FI;
  
   BUF =  KHDRNP[0];
   P<KSTTAB> = BUF + BLKHSIZE + KHDRSIZE; 
  
   P<INDEXES>=LOC(KDAPPST[0])-1;
   FOR I=KST"APP" STEP 1 WHILE ISTART[I] EQ 0 DO; 
   KN=RELKN-ISTART[I];
   FOR I=KST"APP" STEP 1 UNTIL TYPE-1 DO KN=KN+IEND[I]; 
  
   IF RELKN EQ 2 THEN 
      BEGIN 
      KAPPDTA[KN]=HEADER[TYPE]; 
      GOTO LB$; 
      END 
   GOTO KLAB[TYPE]; # SWITCH ON DISPLAY TYPE #
  
LB$APP:          # PROCESS DISPLAY OF APPLICATION ON THE  LINE #
# 
          NOW GO GENERATE THE DISPLAY LINE FOR THE
          APPLICATIONS SHOWN IN THE VIEW BUFFER 
# 
  
      P<ACB>=ADDRESS; 
      KAPPNM [KN] = ACBANAME[0];
      KAPPJSN[KN] = ACBJOBSQN[0] ;
      KAPPI[KN]   = " " ;   # IF NOT ALLOWED FOR K-DISPLAY #
      IF ATK[ACBAN[0]]
         THEN 
         BEGIN
         KAPPI[KN] = "N" ;   # IF NOT IN IGNORE-ALERT STATE # 
         IF ATI[ACBAN[0]] 
         THEN 
            KAPPI[KN] = "Y" ; 
         END
         KAPPTUP[KN] = ACBTIMC[0] ; 
      KPUT(BUF,KN,KPAPNCN,ACBNCN[0]); 
      KPUT(BUF,KN,KPAPAC ,ACBLMTC[0]);
      KPUT(BUF,KN,KPAPNSM,ACBSMQ[0]); 
      KPUT(BUF,KN,KPAPNDM,ACBBLKSQ[0]); 
      KPUT(BUF,KN,KPAPSTWD,ATASBV[ACBAN[0]]); 
  
#                                     END OF AT SEARCH                 #
   GOTO LB$;
  
LB$EST:          # DISPLAY EST ON THE DISPLAY LINE #
# 
          AND UPDATE AS MANY FIELDS AS YOU CAN
# 
  
      KPUT(BUF,KN,KPESNO,NBTEST[ADDRESS+0]);
      KPUT(BUF,KN,KPESET,NBTET[ADDRESS+0]); 
      KPUT(BUF,KN,KPESHN,NBTHN[ADDRESS+0]); 
      NBTIVTLS[ADDRESS+2]=NBTIVTCC[ADDRESS+2] ; 
      NBTPRULS[ADDRESS+3]=NBTPRUCC[ADDRESS+3] ; 
      KPUT(BUF,KN,KPESREJ,NBTNIREJ[ADDRESS+4]); 
      KPUT(BUF,KN,KPESPV,NBTPV[ADDRESS+5]); 
# 
                            END NBTE SEARCH 
# 
   GOTO LB$;
  
LB$LLK:          # DISPLAY LGL ENTRY ON THIS LINE # 
# 
               AND UPDATE AS MANY FIELDS AS YOU CAN 
# 
      P<LLCB>=ADDRESS;
      KPUT(BUF,KN,KPLGHN,LLCBHN[0]);
      KPUT(BUF,KN,KPLGTN,LLCBTN[0]);
      KLGLTUP[KN] = LLCBTMC[0] ;
      KPUT(BUF,KN,KPLGN ,LLCBNRL[0]); 
      KLGLS[KN] = " ";         # IN CASE CS NOT USING THIS LINK # 
      IF LLCBCS[0]
      THEN
         KLGLS[KN] = "S" ;
      KLGLT[KN] = " ";
      IF LLCBHH[0]             # THIS IS AN A-A CONNECTION      # 
      THEN
         KLGLT[KN] = "H" ;
      KPUT(BUF,KN,KPLGNCN,LLCBNC[0]); 
      KPUT(BUF,KN,KPLGAC ,LLCBLMTC[0]); 
   GOTO LB$;
  
LB$:  
    KAPPEND[KN]=0;
    RETURN; 
    END 
TERM