SUBROUTINE T12P2  
    
      INTEGER     DICT (400)
      INTEGER     ID, CID, DTSTRT, DTSTOP   
      COMMON      /DARRAY/ DICT 
      COMMON      /DARRAY/ ID, CID, DTSTRT, DTSTOP  
    
      INTEGER     NSIZE,  NAME(16), NTITLE  
      INTEGER     NFLAGS (512)  
      INTEGER     NADDRS (512)  
      INTEGER     NPOSIT (512)  
      INTEGER     NDATA  (512)  
      INTEGER     NTEXTX (512)  
      INTEGER     NTEXT  (1000) 
      INTEGER     NLX, NLSTRT, NLSTOP   
      INTEGER     TXSTRT, TXSTOP
      INTEGER     NTXBTS
      INTEGER     USEBIT, COMBIT, OVLBIT, EPTBIT
      INTEGER     LDMBIT, MODBIT, MLTBIT, RLSBIT
      INTEGER     GDFBIT, TYPBTS
      INTEGER     ATYPE 
      INTEGER      ICLP07   
      LOGICAL     OLDNAM
      COMMON      /NTABLE/ NSIZE, NAME, NTITLE  
      COMMON      /NTABLE/ NFLAGS, NADDRS, NPOSIT, NDATA, NTEXTX
      COMMON      /NTABLE/ NTEXT
      COMMON      /NTABLE/ NLX, NLSTRT, NLSTOP  
      COMMON      /NTABLE/ TXSTRT, TXSTOP   
      COMMON      /NTABLE/ NTXBTS   
      COMMON      /NTABLE/ USEBIT, COMBIT, OVLBIT, EPTBIT   
      COMMON      /NTABLE/ LDMBIT, MODBIT, MLTBIT, RLSBIT   
      COMMON      /NTABLE/ GDFBIT, TYPBTS   
      COMMON      /NTABLE/ ATYPE
      COMMON      /NTABLE/ ICLP07   
      COMMON      /NTABLE/ OLDNAM   
    
      INTEGER     RCOUNT
      INTEGER     RTYPE 
      INTEGER     RSTYPE
      INTEGER     RTMAX 
      INTEGER     RSZMAX
      INTEGER     RECORD (41)   
      INTEGER     RSIZE 
      INTEGER     RSIZES (20)   
      INTEGER ICLP02
      COMMON      /RECORD/ RCOUNT   
      COMMON      /RECORD/ RTYPE
      COMMON      /RECORD/ RSTYPE   
      COMMON      /RECORD/ RTMAX
      COMMON      /RECORD/ RSZMAX   
      COMMON      /RECORD/ RECORD   
      COMMON      /RECORD/ RSIZE
      COMMON      /RECORD/ RSIZES   
      COMMON     /RECORD/ ICLP02
    
      LOGICAL     MPFLAG
      LOGICAL     OVMODE
      LOGICAL     LBMODE
      LOGICAL     LOADRB
      LOGICAL     SFLAG 
      INTEGER     VERS  
      INTEGER     LOADAD
      INTEGER     ZLOC, ZSTR, ZMAX, ZLIMIT  
      INTEGER     CLOC, CSTR, CMAX, CLIMIT  
      INTEGER     NLOC, NSTR, NMAX, NLIMIT  
      INTEGER     DLOC, DSTR, DMAX, DLIMIT  
      INTEGER     OLOC, OMAX, OSET  
      INTEGER     START 
      INTEGER     MODNLX
      INTEGER     CKSUM 
      INTEGER     KEY   
      INTEGER ICLP05
      COMMON      /LDATAX/ MPFLAG   
      COMMON      /LDATAX/ OVMODE   
      COMMON      /LDATAX/ LBMODE   
      COMMON      /LDATAX/ LOADRB   
      COMMON      /LDATAX/ SFLAG
      COMMON      /LDATAX/ VERS 
      COMMON      /LDATAX/ LOADAD   
      COMMON      /LDATAX/ ZLOC, ZSTR, ZMAX, ZLIMIT 
      COMMON      /LDATAX/ CLOC, CSTR, CMAX, CLIMIT 
      COMMON      /LDATAX/ NLOC, NSTR, NMAX, NLIMIT 
      COMMON      /LDATAX/ DLOC, DSTR, DMAX, DLIMIT 
      COMMON      /LDATAX/ OLOC, OMAX, OSET 
      COMMON      /LDATAX/ START
      COMMON      /LDATAX/ MODNLX   
      COMMON      /LDATAX/ CKSUM
      COMMON      /LDATAX/ KEY  
      COMMON      /LDATAX/ ICLP05   
    
      INTEGER     ECODE 
      INTEGER     CMCHAN
      INTEGER     RBCHAN
      INTEGER     OBCHAN
      INTEGER     MPCHAN
      INTEGER     DBCHAN
      INTEGER     TTYIN 
      INTEGER     TTYOUT
      COMMON      /IODEFN/ ECODE
      COMMON      /IODEFN/ CMCHAN   
      COMMON      /IODEFN/ RBCHAN   
      COMMON      /IODEFN/ OBCHAN   
      COMMON      /IODEFN/ MPCHAN   
      COMMON      /IODEFN/ DBCHAN   
      COMMON      /IODEFN/ TTYIN
      COMMON      /IODEFN/ TTYOUT   
      INTEGER     ISWAP 
      INTEGER     OBDATA(2), OBSIZE, ISWX   
C     WRITE (DBCHAN, 1) 
C    1FORMAT (' ENTER T12P2')   
      NLX = DICT (ID)   
      IF (.NOT. (NLX.LE.0))GO TO 13044  
    
      CALL ERROR(10)
      GO TO 13045   
13044 CONTINUE  
    
      OBDATA(1) = IAND (RECORD(3), 255) 
      OBDATA(2) = NADDRS(NLX) + RECORD(4)   
      OBSIZE = 3
      IF (.NOT. ((RSTYPE.LT.0) .OR. (RSTYPE.GT.3)))GO TO 13046  
    
      CALL ERROR(4) 
      RETURN
13046 CONTINUE  
    
      ISWX = RSTYPE + 1 
      GOTO (100,200,300,400) ISWX   
  100 GOTO 1000 
  200 OBDATA(2) = ISWAP (OBDATA(2)) 
      GOTO 1000 
  300 OBSIZE = 2
      GOTO 1000 
  400 OBDATA(2) = ISWAP (OBDATA(2)) 
      OBSIZE = 2
 1000 CALL PCHAR (OBDATA(1), 1, OBDATA(1))  
      CALL PCHAR (OBDATA(1), 2, ISHFT(OBDATA(2), -8))   
      CALL PCHAR (OBDATA(1), 3, IAND(OBDATA(2), 255))   
      CALL PUNCH (OBDATA, LOADAD, OBSIZE)   
      LOADAD = LOADAD + OBSIZE  
13045 CONTINUE  
    
C     WRITE (DBCHAN, 2) 
C    2FORMAT (' EXIT T12P2')
      RETURN
      END