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    Length: 3755 (0xeab)
    Types: TextFile
    Notes: BASIC::C.LAGER2, C.LAGER2
    Names: »C.LAGER2«

└─⟦714f3848e⟧ Bits:30006597 ALM Copy 24.9.79
    └─⟦this⟧ »BASIC::C.LAGER2« 

TextFile

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  0010 REM PL 15-16.9.79 «so»C.LAGER2
  0020 REM LAGERANALYSE /BRUG CALL"GMEM",ADR,DATA/ DISASS. V. CB
  0030 PAGE=132
  0040 CLOSE 
  0050 PROC LBL
  0060   LET L$="           "
  0070   LET A$="######                                            "
  0080   FOR J=0 TO 3
  0090     LET L$(J*32+STED,J*32+32+STED)=A$
  0100   NEXT J
  0110 ENDPROC
  0120 PROC ADRLIN
  0130   LET STED=8
  0140   EXEC LBL
  0150   FOR J=0 TO 3
  0160     LET X=ADR+J*64; W(J+1)=X
  0170     EXEC RAD
  0180     LET L$(J*32+16,J*32+19)=D$
  0190     LET L$(J*32+32)="*"
  0200   NEXT J
  0210   LET STED=2; L$(1,2)="<13>#"; L$(128,129)="#<10>"
  0220   IF ADR>IBEG THEN PRINT 
  0230   LET L$(1,2)="<13>#"
  0240   IF ADR=IBEG THEN LET L$(1,6)="<12>(###) "; L$(123,128)=" (###) "
  0250   PRINT USING L$(1,128),IP,W(1),W(2),W(3),W(4),IP
  0251   PRINT 
  0260 ENDPROC
  0270 PROC RAD
  0280   LET D$="0000"
  0290   FOR II=1 TO 4
  0300     LET H=X DIV 16; C=X MOD 16; X=H; C=C+48
  0310     IF C>57 THEN LET C=C+7
  0320     LET D$(5-II)=CHR(C)
  0330   NEXT II
  0340 ENDPROC
  0350 DIM D$(4),E$(4),V(4),W(4)
  0360 DIM A$(34)
  0370 DIM INSTR$(256,17),SKIP$(8,4),CARRY$(4),SHIFT$(4),F$(4),T$(8),OUT$(20)
  0380 OPEN FILE(1,1)"SYMBFIL"
  0390 FOR I=1 TO 256
  0400   READ FILE(1)INSTR$(I)
  0410 NEXT I
  0420 FOR I=1 TO 8
  0430   READ FILE(1)SKIP$(I)
  0440 NEXT I
  0450 CLOSE FILE(1)
  0460 LET CARRY$=" ZOC"; SHIFT$=" LRS"; F$=" SCP"; T$="BNBZDNDZ"
  0470 REM 15.9.79
  0480 LET NNNN=128
  0490 DIM L$(160)
  0500 INPUT "LAGER-SIDER FRA,TIL: ",IP1,IP2
  0510 FOR IP=IP1 TO IP2
  0520   LET IBEG=IP*256; ISLUT=IBEG+63; ADR=IBEG
  0530   GOTO 0550
  0540   PRINT "(";IP;")";TAB(120);"(";IP;")<13>";
  0550   EXEC ADRLIN
  0560   FOR ADR=IBEG TO ISLUT
  0570     IF ADR=IBEG+32 THEN EXEC ADRLIN
  0580     EXEC LBL
  0590     FOR J=0 TO 3
  0600       LET I=ADR+J*64
  0610       CALL "GMEM",I,B
  0620       LET X=B; W(J+1)=B
  0630       EXEC RAD
  0640       GOTO 0660
  0650       PRINT "<126><126><126><126><126><126>";I;">>>>";B
  0660       LET BB=B; OUT$=INSTR$(B DIV 256+1),"                   "; OUT$(20)="*"; L$(J*32+9,J*32+12)=D$
  0670       REM
  0680       IF B>32767 THEN 
  0690         LET OUT$(4)=CARRY$(B MOD 64 DIV 16+1)
  0700         LET OUT$(4+(OUT$(4)<>" "))=SHIFT$(B MOD 256 DIV 64+1)
  0710         LET OUT$(6)=CHR(32+B MOD 16 DIV 8*5)
  0720         LET OUT$(13,16)=SKIP$(B MOD 8+1),"     "
  0730         LET OUT$(20)="#"; BB=10
  0740       ELSE
  0750         IF B>24575 THEN 
  0760           IF OUT$(1)<>"S" AND OUT$(1)<>"F" THEN LET OUT$(4)=F$(B MOD 256 DIV 64+1)
  0770           IF OUT$(1)="S" THEN LET OUT$(4,5)=T$(B MOD 256 DIV 64+1,B MOD 256 DIV 64+2),"  "
  0780           IF OUT$(1,4)="FEJL" THEN LET OUT$=" #                   *"; BB=10
  0790           IF OUT$(1)<>"F" THEN LET BB=B MOD 64
  0800         ELSE
  0810           LET BB=B MOD 256-(B MOD 1024 DIV 256<>0)*(B MOD 256>127)*256
  0820           IF B>16384 AND B<24064 THEN 
  0830             LET XB=B MOD 256
  0840             IF (XB<94 AND XB>44) OR XB=32 OR XB=0 THEN 
  0850               IF XB=0 OR XB=46 THEN LET XB=42
  0860               LET OUT$(19,20)=CHR(B DIV 256),CHR(XB)
  0870             ENDIF
  0880           ENDIF
  0885           IF B<256 THEN LET OUT$="###                *"; BB=B
  0890         ENDIF
  0900       ENDIF
  0910       LET L$(J*32+1)=CHR(I MOD 10+48); L$(J*32+14,J*32+31)=OUT$(1,7),OUT$(10,20); V(J+1)=BB
  0920     NEXT J
  0930     LET L$=L$(1,128)
  0940     PRINT USING L$,W(1),V(1),W(2),V(2),W(3),V(3),W(4),V(4)
  0950   NEXT ADR
  0960 NEXT IP
  0970 GOTO 0500
  0980 FOR KK=1 TO 128
  0990   PRINT KK;L$(KK),
  1000 NEXT KK