*DECK     ODAYFL
USETEXT NIPDEF
USETEXT PARAMS
      PRGM ODAYFL;                     # DISPLAY CONTENTS OF NIP-S MEM #
 STARTIMS;
 #
*1DC  ODAYFL
* 
*     1. PROC NAME           AUTHOR              DATE 
*        ODAYFL              E. GEE              86/09/25 
* 
*     2. FUNCTIONAL DESCRIPTION.
*          DISPLAY THE CONTENTS OF NIP-S MEMORY IN OCTAL AND HEX. 
* 
*     3. METHOD USED. 
*          LOOP FOR EACH WORD TO BE DISPLAYED IN NAM DAYFILE. 
*            CONVERT CONTENTS OF WORD TO OCTAL DISPLAY. 
*            CONVERT CONTENTS OF WORD TO HEX DISPLAY. 
*            CALL OMSG TO DAYFILE THE DISPLAYED CONTENTS. 
* 
*     4. ENTRY PARAMETERS.
*          PARAMS1           FWA TO DISPLAY CONTENTS OF 
*          PARAMS2           NO OF WORDS TO DISPLAY CONTENTS OF 
* 
*     5. EXIT PARAMETERS. 
*          NONE 
* 
*     6. COMDECKS CALLED AND SYMPL TEXTS USED.
*          NIPDEF            NIP CONSTANT DEFINITIONS 
*          PARAMS            COMMON BLOCK FOR PASSING PARAMETERS TO 
*                            AND FROM SECONDARY OVERLAYS. 
* 
*     7. ROUTINES AND OVERLAYS CALLED.
*          OMSG              ISSUE DAYFILE MESSAGE
*          XTRACE            RECORD PROCEDURE CALLS 
* 
*     8. DAYFILE MESSAGES AND OTHER IMPORTANT INFORMATION.
* 
*        THIS PROGRAM IS A SECONDARY OVERLAY LOADED BY SUBROUTINE 
*        OVLCALL.  WHEN EXECUTION HAS COMPLETED, A JUMP IS MADE TO
*        LOCATION RJMAIN TO RETURN TO THE CALLING PROGRAM.
* 
* 
*        W A R N I N G - THIS PROGRAM CANNOT EXCEED THE SECONDARY 
*                        OVERLAY BUFFER SIZE MINUS 5 (443B WORDS).
* 
*        THIS OVERLAY IS CALLED BY HPRUSM, NGIGO, AND NLOPIP. 
* 
 #
 STOPIMS; 
# 
                    EXTERNAL VARIABLES
# 
 XREF 
   BEGIN
   PROC OMSG;                          # ISSUE DAYFILE MESSAGE         #
   PROC XTRACE;                        # RECORD PROCEDURE CALLS        #
   LABEL RJMAIN;                       # RETURN ADDRESS IN OVLCALL     #
   END
# 
                    INTERNAL VARIABLES
# 
# 
 ARRAY TO HOLD DISPLAY CODE DATA TO DAYFILE 
# 
 ARRAY TRAPMSG[0:3] S(1); 
   BEGIN
   ITEM WDMSG C(0,0,10);
   ITEM ENDMSG U(0,42,18) = [,,,0]; 
   END
# 
 TEMPLATE OF WORD TO DISPLAY
# 
 BASED ARRAY OCTMSG P(1); 
   ITEM OCTWD U(0,0,60);
 
 ITEM ADDR;                            # FWA OF WORD TO DISPLAY        #
 ITEM CHARPOS;                         # NEXT POSITION TO INSERT CHA   #
 ITEM HEXCHAR;                         # HEX DIGIT TO BE DISPLAYED     #
 ITEM MSGNO;                           # CURRENT WORD IN DAY MSG BUFFER#
 ITEM NUM;                             # NUMBER OF WORDS TO DISPLAY    #
 ITEM NUMPOS;                          # NEXT POSITION TO PICK UP NO   #
 ITEM TEMP2;                           # COUNTER FOR WORD TO DISPLAY   #
 
#**********************************************************************#
 
      BEGIN 
 
      CONTROL IFEQ DEBUG,1; 
        XTRACE("DAYFL") ;              # TRACE PROCEDURE CALL          #
      CONTROL FI; 
 
      ADDR = PARAMS1;                  # FWA TO DISPLAY CONTENTS OF    #
      NUM = PARAMS2;                   # NUMBER OF WORD TO DISPLAY     #
# 
      LOOP ONCE FOR EACH WORD TO DISPLAY CONTENTS OF WORD 
# 
      FOR TEMP2 = 0 STEP 1 UNTIL NUM-1 DO 
        BEGIN 
        P<OCTMSG> = ADDR + TEMP2; # ADDR OF WORD TO DISPLAY            #
        CHARPOS = 0;
        MSGNO = 0;
        NUMPOS = 0; 
# 
        LOOP ONCE FOR EACH OCTAL DIGIT TO CONVERT TO OCTAL DISPLAY CODE 
# 
        FOR NUMPOS = 0 STEP 3 UNTIL 57 DO 
          BEGIN 
 
#         MASK OFF OCTAL DIGIT AND ADD 33B TO FORM DISPLAY CODE        #
#         EQUIVALENCE.  SINCE EACH OCTAL DIGIT (3 BITS) BECOMES A CHAR #
#         (6 BITS) TWO WORDS ARE REQUIRED TO HOLD THE DISPLAY CODE DATA#
 
          B<CHARPOS,6>WDMSG[MSGNO] = B<NUMPOS,3>OCTWD[0] + O"33"; 
          IF CHARPOS EQ 54
          THEN                         # FIRST WORD HAS BEEN FILLED UP #
            BEGIN 
            CHARPOS = 0;               # INIT FOR 2ND WORD OF TRAPMSG  #
            MSGNO = MSGNO + 1;         # UPDATE TO POINT TO SECOND WORD#
            END 
          ELSE                         # FIRST WORD NOT FILLED YET     #
            BEGIN 
            CHARPOS = CHARPOS + 6;     # UPDATE PTR FOR INSERTING CHAR #
            END 
          END 
# 
        INSERT 2 BLANKS BETWEEN OCTAL AND HEX DISPLAY 
# 
        B<0,12>WDMSG[MSGNO] = O"5555";
        CHARPOS = 12; 
# 
        LOOP ONCE FOR EACH HEX DIGIT TO CONVERT TO HEX DISPLAY CODE 
# 
        FOR NUMPOS = 0 STEP 4 UNTIL 56
        DO                             # CONVERT WORD TO HEX DISPLAY   #
          BEGIN 
# 
          MASK OFF HEX DIGITS AND CHECK IF GREATER THAN 9.  IF SO,
          CONVERT TO HEX LETTER (A - F) BY SUBTRACTING 9.  IF NOT,
          CONVERT TO DISPLAY CODE BY ADDING 33B TO FORM DISPLAY CODE
          EQUIVALENCE.  SINCE EACH HEX DIGIT (4 BITS) BECOMES A CHAR
          (6 BITS) ONE AND A HALF WORDS ARE REQUIRED TO HOLD THE DISPLAY
          CODE DATA.
# 
          HEXCHAR = B<NUMPOS,4>OCTWD[0];
          IF HEXCHAR GR 9 
          THEN                         # NEED TO CONVERT TO LETTER     #
            BEGIN 
            B<CHARPOS,6>WDMSG[MSGNO] = HEXCHAR - 9;  # CONVERT TO DC   #
            END 
          ELSE                         # NEED TO CONVERT TO DISPLAY COD#
            BEGIN 
            B<CHARPOS,6>WDMSG[MSGNO] = HEXCHAR + 27;  # CONVERT TO DC  #
            END 
          IF CHARPOS EQ 54
          THEN                         # FIRST WORD HAS BEEN FILLED UP #
            BEGIN 
            CHARPOS = 0;               # INIT FOR 2ND WORD OF TRAPMSG  #
            MSGNO = MSGNO + 1;         # UPDATE TO POINT TO SECOND WORD#
            END 
          ELSE                         # FIRST WORD NOT FILLED YET     #
            BEGIN 
            CHARPOS = CHARPOS + 6;     # UPDATE PTR FOR INSERTING CHAR #
            END 
          END 
# 
        DISPLAY CONTENTS OF WORD (IN OCTAL AND HEX) 
# 
        OMSG(TRAPMSG,0);               # ISSUE DAYFILE MESSAGE         #
        END 
      GOTO RJMAIN;                     # RETURN TO CALLING PROGRAM     #
      END 
TERM