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Length: 17916 (0x45fc)
Types: COMAL_SAVE
Notes: ELEVRET , ELEVRET::ELEVRET
Names: »ELEVRET«
└─⟦bb49f20ac⟧ Bits:30007876 (DELPROCEDURER DISKETTE 80.28.06 Områder: OPDATER, FORSØM, BREV ELEVRET, KLLISTE, FOR.LIST)
└─⟦this⟧
SAVE filename: "ELEVRET"
0010 REM ----------------------------------------------------------------------- VARIABLER FOR ELEVDATA«nul»
0020 DIM CPR$ ( 13 ) , ENAVN$ ( 14 ) , FNAVN$ ( 14 ) , MNAVN$ ( 14 ) , NAVN$ ( 28 ) , EADR$ ( 30 )
0030 DIM CCPR$ ( 13 ) , CENAVN$ ( 14 ) , CFNAVN$ ( 14 ) , CMNAVN$ ( 14 )
0040 DIM POGBY$ ( 14 ) , ETLF$ ( 6 )
0050 REM ----------------------------------------------------------------------- VARIABLER FOR FORÆLDREDATA«nul»
0060 DIM FENAVN$ ( 14 ) , FFNAVN$ ( 28 ) , STILLING$ ( 30 ) , FADR$ ( 30 ) , FPOGBY$ ( 14 )
0070 DIM FTLF$ ( 6 ) , K\N$ ( 2 )
0080 REM ----------------------------------------------------------------------- DIVERSE STRING VARIABLER«nul»
0090 DIM SPROGET$ ( 2 ) , SPROGFR$ ( 2 ) , FUNKVALG$ ( 2 ) , CHECKL$ ( 4 ) , KLTRIN$ ( 4 )
0100 DIM KLKODE$ ( 60 ) , FLNAVNE$ ( 60 ) , KLASSE$ ( 4 ) , GREN$ ( 5 ) , POSTTEXT$ ( 400 )
0110 DIM FORMUS$ ( 4 ) , VALGFAG$ ( 4 ) , TEKST$ ( 520 ) , PROCEDUR$ ( 80 ) , UDL[G$ ( 20 )
0120 DIM VALG$ ( 10 ) , SPRING$ ( 2 ) , TITAL$ ( 10 ) , XY$ ( 80 )
0130 DIM GRENKODE$ ( 128 )
0140 REM ----------------------------------------------------------------------- NUMERISKE VARIABLER«nul»B
0150 DIM ENRRNR ( 1 , 30 ) , RNRKONTL ( 1 , 30 ) , FLYT ( 1 , 30 ) , XYTEKST ( 2 , 20 ) , GRENMAT ( 20 )
0160 DIM FINDER ( 3 ) , POSTMAT ( 4 , 30 )
0170 REM ----------------------------------------------------------------------- TILDELING AF KONSTANTE VÆRDIER«nul»
0180 LET XY$ = "`abcdefghij"
0190 LET XY$ = XY$ , "klmnopqrst"
0200 LET XY$ = XY$ , "uvwxyzæøå~"
0210 LET XY$ = XY$ , "<127>"
0220 LET XY$ = XY$ , "@ABCDEFGHIJKLMNOPQRSTUVWXYZÆØÅ^_"
0230 LET XY$ = XY$ , " !<34>#$%&'()*+,-./"
0240 LET TITAL$ = "0123456789"
0250 REM -------------------------------------------------------------------------«nul»L
0260 PROC MATTEKST
0270 OPEN FILE ( 1 , 1 ) "MATTEKST"
0280 OPEN FILE ( 2 , 1 ) "POST-NR."
0290 READ FILE ( 1 ) TEKST$
0300 READ FILE ( 2 ) POSTTEXT$
0310 MAT READ FILE ( 2 ) POSTMAT
0320 MAT READ FILE ( 1 ) XYTEKST
0330 CLOSE
0340 ENDPROC ATTEKST«nul»
0350 REM -------------------------------------------------------------------------«nul»L
0360 PROC KLVALG
0370 PRINT "<134>" ; XY$ ( 1 ) ; XY$ ( 1 ) ; "<30>"
0380 PRINT "<134>" ; XY$ ( 1 ) ; XY$ ( 3 ) ; "<31>"
0390 PRINT "<134>" ; XY$ ( XKOR ) ; XY$ ( 1 ) ; PROCEDUR$
0400 REPEAT
0410 REPEAT
0420 PRINT "<134>" ; XY$ ( 15 ) ; XY$ ( 8 ) ;
0430 INPUT "FOR HVILKEN KLASSE ØNSKES RETTELSERNE FORETAGET : <30>" , KLASSE$
0440 UNTIL KLASSE$ ( 1 ) >= "1" AND KLASSE$ ( 1 ) <= "3"
0450 LET CHECKL$ = KLASSE$ ( 1 ) , ".G"
0460 EXEC DISKONT
0470 LET T[LLER = - 3 SLUT = 0
0480 OPEN FILE ( 1 , 0 ) "KL-KODE"
0490 READ FILE ( 1 , 1 ) KLKODE$
0500 CLOSE FILE ( 1 )
0510 WHILE T[LLER < LEN ( KLKODE$ ) AND NOT SLUT DO
0520 LET T[LLER = T[LLER + 4
0530 IF KLASSE$ ( 1 , 2 ) = KLKODE$ ( T[LLER , T[LLER + 1 ) THEN
0540 LET SLUT = 1
0550 ENDIF
0560 ENDWHILE
0570 IF LEN ( KLKODE$ ( T[LLER + 2 , T[LLER + 3 ) ) = 0 THEN
0580 PRINT "<134>" ; XY$ ( 5 ) ; XY$ ( 5 ) ; "FEJL-INDTASTNING :<7><30>"
0590 PRINT "<134>" ; XY$ ( 5 ) ; XY$ ( 6 ) ; KLASSE$ ; " INDEHOLDES IKKE I SYSTEMET <30>"
0600 DELAY = 5
0610 ELSE
0620 CONNECT KLKODE$ ( T[LLER + 2 , T[LLER + 3 ) , 1
0630 ENDIF
0640 UNTIL LEN ( KLKODE$ ( T[LLER + 2 , T[LLER + 3 ) ) <> 0
0650 PRINT "<134>" ; XY$ ( XKOR + LEN ( PROCEDUR$ ) + 1 ) ; XY$ ( 1 ) ; KLASSE$
0660 ENDPROC LVALG«nul»
0670 REM -------------------------------------------------------------------------«nul»L
0680 PROC DISKONT
0690 REPEAT
0700 LET OK = 1
0710 CONNECT "OVERSIGT" , 1
0720 OPEN FILE ( 1 , 0 ) "KL-KODE"
0730 OPEN FILE ( 2 , 1 ) "GRENKODE"
0740 READ FILE ( 1 , 1 ) KLKODE$
0750 READ FILE ( 1 , 2 ) KLTRIN$
0760 READ FILE ( 2 ) GRENKODE$
0770 MAT READ FILE ( 2 ) GRENMAT
0780 CLOSE
0790 IF KLTRIN$ <> CHECKL$ THEN
0800 RELEASE
0810 PRINT "<134>" ; XY$ ( 1 ) ; XY$ ( 3 ) ; "<31>"
0820 LET OK = 0
0830 PRINT "<134>" ; XY$ ( 15 ) ; XY$ ( 8 ) ; "DISKETTE <34>" ; KLTRIN$ ; "<34> ER INDSAT I FD0"
0840 PRINT "<134>" ; XY$ ( 15 ) ; XY$ ( 10 ) ; "DISKETTE <34>" ; CHECKL$ ; "<34> SKAL INDSÆTTES I FD0"
0850 PRINT "<134>" ; XY$ ( 45 ) ; XY$ ( 13 ) ; "TAST FØLGENDE :"
0860 PRINT "<134>" ; XY$ ( 43 ) ; XY$ ( 14 ) ; "-------------------"
0870 PRINT "<134>" ; XY$ ( 45 ) ; XY$ ( 16 ) ; "1. LOCK<34>$FD0"
0880 PRINT "<134>" ; XY$ ( 45 ) ; XY$ ( 18 ) ; "2. SKIFT DISKETTERNE UD"
0890 PRINT "<134>" ; XY$ ( 45 ) ; XY$ ( 20 ) ; "3. INIT<34>$FD0"
0900 PRINT "<134>" ; XY$ ( 45 ) ; XY$ ( 22 ) ; "4. CON"
0910 PRINT "<134>" ; XY$ ( 1 ) ; XY$ ( 12 ) ;
0920 STOP «nul»
0930 ENDIF
0940 UNTIL OK
0950 ENDPROC ISKONT«nul»
0960 REM -------------------------------------------------------------------------«nul»L
0970 PROC UDTEKST
0980 PAGE = 0
0990 LET ENGELSK = 0 MUFORGRE = 0
1000 IF KLASSE$ ( 2 ) < "M" THEN
1010 IF KLASSE$ ( 1 ) = "1" THEN
1020 LET ENGELSK = 1
1030 ELSE
1040 LET ENGELSK = 1 MUFORGRE = 1
1050 ENDIF
1060 ELSE
1070 IF KLASSE$ ( 1 ) = "1" THEN
1080 LET ENGELSK = 1
1090 ELSE
1100 LET MUFORGRE = 1
1110 ENDIF
1120 ENDIF
1130 PRINT "<134>" ; XY$ ( 1 ) ; XY$ ( 3 ) ; "<31>"
1140 LET T[LLER = 1 RYKKER = 6 KOLON = 6
1150 PRINT "<134>" ; XY$ ( 4 ) ; XY$ ( 3 ) ; "ELEV NR."
1160 PRINT "<134>" ; XY$ ( 3 ) ; XY$ ( 4 ) ; "-------------"
1170 WHILE XYTEKST ( 1 , T[LLER ) <> 0 DO
1180 PRINT "<134>" ; XY$ ( 6 ) ; XY$ ( RYKKER ) ; TEKST$ ( XYTEKST ( 1 , T[LLER ) , XYTEKST ( 2 , T[LLER ) )
1190 IF RYKKER = 11 THEN
1200 LET RYKKER = RYKKER + 2 T[LLER = T[LLER + 1
1210 ELSE
1220 IF RYKKER = 18 THEN
1230 IF ENGELSK THEN
1240 LET RYKKER = RYKKER + 2 T[LLER = T[LLER + 1
1250 ELSE
1260 LET RYKKER = RYKKER + 3 T[LLER = T[LLER + 2 SPRING = 1
1270 ENDIF
1280 ELSE
1290 IF RYKKER = 21 THEN
1300 IF MUFORGRE THEN
1310 LET RYKKER = RYKKER + 1 T[LLER = T[LLER + 1
1320 ELSE
1330 LET T[LLER = T[LLER + 3
1340 ENDIF
1350 ELSE
1360 LET RYKKER = RYKKER + 1 T[LLER = T[LLER + 1
1370 ENDIF
1380 ENDIF
1390 ENDIF
1400 ENDWHILE
1410 IF CHECKL$ = "2.G" OR CHECKL$ = "3.G" THEN
1420 LET RYKKER = RYKKER - 1
1430 ENDIF
1440 WHILE KOLON <= RYKKER DO
1450 PRINT "<134>" ; XY$ ( 39 ) ; XY$ ( KOLON ) ; ":"
1460 IF KOLON = 11 THEN
1470 LET KOLON = KOLON + 2
1480 ELSE
1490 IF KOLON = 18 THEN
1500 IF ENGELSK THEN
1510 LET KOLON = KOLON + 2
1520 ELSE
1530 LET KOLON = KOLON + 3
1540 ENDIF
1550 ELSE
1560 IF KOLON = 21 OR KOLON = 22 THEN
1570 IF MUFORGRE THEN
1580 LET KOLON = KOLON + 1
1590 ELSE
1600 LET KOLON = KOLON + 4
1610 ENDIF
1620 ELSE
1630 LET KOLON = KOLON + 1
1640 ENDIF
1650 ENDIF
1660 ENDIF
1670 ENDWHILE
1680 ENDPROC DTEKST«nul»«nul»
1690 REM -------------------------------------------------------------------------«nul»L
1700 PROC SCROOL
1710 OPEN FILE ( 1 , 0 ) "NR-GR-NA"
1720 OPEN FILE ( 2 , 0 ) "AD-CP-TL"
1730 OPEN FILE ( 3 , 0 ) "PA.NA-ST"
1740 OPEN FILE ( 4 , 0 ) "PA.AD-TL"
1750 OPEN FILE ( 5 , 0 ) "VALGFAG."
1760 OPEN FILE ( 6 , 1 ) "ENR-RNR."
1770 MAT READ FILE ( 6 ) ENRRNR
1780 WHILE FORTS[T DO
1790 LET KONTROL = 1 RYKKER = 6
1800 IF NOT SINGLE THEN
1810 REPEAT
1820 IF T[LLER = - 1 THEN
1830 LET T[LLER = 0
1840 ELSE
1850 ENDIF
1860 LET T[LLER = T[LLER + 1
1870 UNTIL ENRRNR ( 1 , T[LLER ) <> 0 OR T[LLER = 30
1880 IF T[LLER = 30 THEN
1890 LET FORTS[T = 0 SLUT = 1 SP\RGE = 0 VALG$ = "@"
1900 ENDIF
1910 ENDIF
1920 LET RNR = ENRRNR ( 1 , T[LLER )
1930 IF RNR >= 1 AND RNR < 100 THEN
1940 READ FILE ( 1 , RNR ) NR , GREN$ , ENAVN$ , FNAVN$ , MNAVN$ , MYNDIG
1950 READ FILE ( 2 , RNR ) EADR$ , POGBY$ , CPR$ , ETLF$
1960 READ FILE ( 3 , RNR ) FENAVN$ , FFNAVN$ , STILLING$ , K\N$
1970 READ FILE ( 4 , RNR ) FADR$ , FPOGBY$ , FTLF$
1980 READ FILE ( 5 , RNR ) SPROGFR$ , SPROGET$ , VALGFAG$
1990 PRINT "<134>" ; XY$ ( 13 ) ; XY$ ( 3 ) ; NR
2000 WHILE KONTROL <= 16 DO
2010 PRINT "<134>" ; XY$ ( 41 ) ; XY$ ( RYKKER ) ;
2020 CASE ELEVFOR OF
2030 REM «nul»2
2040 WHEN 1
2050 CASE KONTROL OF
2060 REM «nul»2
2070 WHEN 1
2080 IF MYNDIG THEN
2090 PRINT CPR$ ; " M"
2100 ELSE
2110 PRINT CPR$
2120 ENDIF
2130 LET KONTROL = 2
2140 WHEN 2
2150 PRINT ENAVN$
2160 LET KONTROL = 3
2170 WHEN 3
2180 PRINT FNAVN$ ; ", " ; MNAVN$
2190 LET KONTROL = 4
2200 WHEN 4
2210 PRINT EADR$
2220 LET KONTROL = 5
2230 WHEN 5
2240 PRINT POGBY$
2250 LET KONTROL = 6
2260 WHEN 6
2270 PRINT ETLF$
2280 LET KONTROL = 7 ELEVFOR = 2 RYKKER = RYKKER + 1
2290 ENDCASE «nul»
2300 WHEN 2
2310 CASE KONTROL OF
2320 REM «nul»2
2330 WHEN 7
2340 PRINT FENAVN$
2350 LET KONTROL = 8
2360 WHEN 8
2370 PRINT FFNAVN$ ; " (" ; K\N$ ; ")"
2380 LET KONTROL = 9
2390 WHEN 9
2400 PRINT STILLING$
2410 LET KONTROL = 10
2420 WHEN 10
2430 PRINT FADR$
2440 LET KONTROL = 11
2450 WHEN 11
2460 PRINT FPOGBY$
2470 LET KONTROL = 12
2480 WHEN 12
2490 PRINT FTLF$
2500 LET KONTROL = 13 ELEVFOR = 3 RYKKER = RYKKER + 1
2510 ENDCASE «nul»
2520 WHEN 3
2530 CASE KONTROL OF
2540 REM «nul»2
2550 WHEN 13
2560 IF ENGELSK THEN
2570 PRINT SPROGET$
2580 ENDIF
2590 LET KONTROL = 14
2600 WHEN 14
2610 PRINT SPROGFR$
2620 LET KONTROL = 15
2630 WHEN 15
2640 IF MUFORGRE THEN
2650 PRINT VALGFAG$
2660 ELSE
2670 LET RYKKER = RYKKER + 2 MUGRPLOT = 0 SLETTER = 0
2680 ENDIF
2690 LET KONTROL = 16
2700 WHEN 16
2710 IF MUGRPLOT THEN
2720 PRINT GREN$
2730 ENDIF
2740 LET KONTROL = 17 ELEVFOR = 1
2750 ENDCASE «nul»
2760 ENDCASE «nul»
2770 LET RYKKER = RYKKER + 1
2780 ENDWHILE
2790 ENDIF
2800 IF RNR > 0 AND RNR < 100 THEN
2810 REPEAT
2820 IF SP\RGE THEN
2830 PRINT "<134>" ; XY$ ( 41 ) ; XY$ ( 4 ) ;
2840 INPUT "<30>" , VALG$
2850 ENDIF
2860 IF LEN ( VALG$ ) = 0 THEN
2870 IF NOT SINGLE THEN
2880 PRINT "<134>" ; XY$ ( 13 ) ; XY$ ( 3 ) ; "<30>"
2890 LET RYKKER = 6
2900 WHILE RYKKER <= 23 DO
2910 PRINT "<134>" ; XY$ ( 41 ) ; XY$ ( RYKKER ) ; "<30>"
2920 IF RYKKER = 11 OR RYKKER = 18 THEN
2930 LET RYKKER = RYKKER + 2
2940 ELSE
2950 LET RYKKER = RYKKER + 1
2960 ENDIF
2970 ENDWHILE
2980 PRINT "<134>" ; XY$ ( 41 ) ; XY$ ( 4 ) ; "<30>"
2990 LET SLUT = 1 SP\RGE = 1
3000 ENDIF
3010 ELSE
3020 IF VALG$ ( 1 , 3 ) = "RET" THEN
3030 EXEC RETTE
3040 LET VALG$ = "" SP\RGE = 0
3050 ELSE
3060 IF VALG$ ( 1 , 4 ) = "STOP" THEN
3070 LET FORTS[T = 0 SLUT = 1
3080 ELSE
3090 IF VALG$ ( 1 ) = "T" THEN
3100 LET T[LLER = T[LLER - 2 VALG$ = "" SP\RGE = 0
3110 ENDIF
3120 ENDIF
3130 ENDIF
3140 ENDIF
3150 IF SINGLE THEN
3160 LET SLUT = 1 FORTS[T = 0
3170 ENDIF
3180 UNTIL SLUT
3190 ENDIF
3200 LET SLUT = 0
3210 ENDWHILE
3220 CLOSE
3230 ENDPROC CROOL«nul»
3240 REM -------------------------------------------------------------------------«nul»L
3250 PROC RETTE
3260 LET RYKKER = 6 LINIESKF = 0 INDSKRIV = 0 SPRING$ = "@" GENTAGER = 1
3270 WHILE RYKKER <= 23 DO
3280 ON ESC THEN LET LINIESKF = 1
3290 PRINT "<134>" ; XY$ ( 41 ) ; XY$ ( RYKKER ) ;
3300 INPUT "" , SPRING$
3310 IF LEN ( SPRING$ ) = 0 THEN EXEC INDSKRIV
3320 IF LINIESKF THEN
3330 IF RYKKER = 11 THEN
3340 LET RYKKER = RYKKER + 2
3350 ELSE
3360 IF RYKKER = 18 THEN
3370 IF ENGELSK THEN
3380 LET RYKKER = RYKKER + 2
3390 ELSE
3400 LET RYKKER = RYKKER + 3
3410 ENDIF
3420 ELSE
3430 IF RYKKER = 22 OR RYKKER = 23 THEN
3440 CASE MUFORGRE OF
3450 LET RYKKER = RYKKER + 2
3460 WHEN 1
3470 LET RYKKER = RYKKER + 1
3480 ENDCASE «nul»
3490 ELSE
3500 LET RYKKER = RYKKER + 1
3510 ENDIF
3520 ENDIF
3530 ENDIF
3540 LET LINIESKF = 0
3550 ENDIF
3560 ENDWHILE
3570 IF INDSKRIV THEN
3580 WRITE FILE ( 1 , RNR ) NR , GREN$ , ENAVN$ , FNAVN$ , MNAVN$ , MYNDIG
3590 WRITE FILE ( 2 , RNR ) EADR$ , POGBY$ , CPR$ , ETLF$
3600 WRITE FILE ( 3 , RNR ) FENAVN$ , FFNAVN$ , STILLING$ , K\N$
3610 WRITE FILE ( 4 , RNR ) FADR$ , FPOGBY$ , FTLF$
3620 WRITE FILE ( 5 , RNR ) SPROGFR$ , SPROGET$ , VALGFAG$
3630 LET INDSKRIV = 0 MYNDIG = 0
3640 ENDIF
3650 ENDPROC ETTE«nul»@
3660 REM -------------------------------------------------------------------------«nul»L
3670 PROC INDSKRIV
3680 LET DELING = 0
3690 REPEAT
3700 LET GENTAGER = 1
3710 ON ESC THEN EXEC TILBAGE
3720 PRINT "<134>" ; XY$ ( 41 ) ; XY$ ( RYKKER ) ;
3730 CASE RYKKER OF
3740 REM «nul»2
3750 WHEN 6
3760 LET MYNDIG = 0
3770 INPUT "<30>" , CPR$
3780 IF LEN ( CPR$ ) > 7 THEN
3790 IF CPR$ ( 7 ) <> "-" OR LEN ( CPR$ ) <> 11 AND LEN ( CPR$ ) <> 13 THEN
3800 LET GENTAGER = 0
3810 PRINT "<7>"
3820 ENDIF
3830 ELSE
3840 LET GENTAGER = 0
3850 PRINT "<7>"
3860 ENDIF
3870 IF GENTAGER THEN
3880 FOR I = 1 TO LEN ( CPR$ )
3890 IF CPR$ ( I ) = "L" THEN
3900 LET GENTAGER = 0
3910 PRINT "<7>"
3920 ENDIF
3930 NEXT
3940 IF GENTAGER THEN
3950 IF CPR$ ( LEN ( CPR$ ) - 1 , LEN ( CPR$ ) ) = " M" THEN
3960 LET MYNDIG = 1
3970 LET CPR$ = CPR$ ( 1 , LEN ( CPR$ ) - 2 )
3980 ENDIF
3990 ENDIF
4000 ENDIF
4010 WHEN 7
4020 INPUT "<30>" , ENAVN$
4030 IF NOT LEN ( ENAVN$ ) THEN
4040 LET GENTAGER = 0
4050 PRINT "<7>"
4060 ENDIF
4070 WHEN 8
4080 INPUT "<30>" , NAVN$
4090 IF NOT LEN ( NAVN$ ) THEN
4100 LET GENTAGER = 0
4110 PRINT "<7>"
4120 ELSE
4130 FOR I = 1 TO LEN ( NAVN$ )
4140 IF NAVN$ ( I ) = "," THEN
4150 LET A = I - 1 B = I + 1 I = LEN ( NAVN$ ) DELING = 1
4160 ENDIF
4170 NEXT
4180 IF DELING THEN
4190 LET FNAVN$ = NAVN$ ( 1 , A ) MNAVN$ = " " , NAVN$ ( B , LEN ( NAVN$ ) ) DELING = 0
4200 ELSE
4210 LET FNAVN$ = NAVN$ MNAVN$ = ""
4220 ENDIF
4230 ENDIF
4240 WHEN 9
4250 INPUT "<30>" , EADR$
4260 IF NOT LEN ( EADR$ ) THEN
4270 LET GENTAGER = 0
4280 PRINT "<7>"
4290 ENDIF
4300 WHEN 10
4310 INPUT "<30>" , POGBY$
4320 IF LEN ( POGBY$ ) = 4 THEN
4330 LET KONTROL = 1 SLUT = 0
4340 WHILE POSTMAT ( 1 , KONTROL ) <> 0 AND KONTROL <= 29 AND NOT SLUT DO
4350 IF POGBY$ ( 1 , 4 ) = POSTTEXT$ ( POSTMAT ( 1 , KONTROL ) , POSTMAT ( 2 , KONTROL ) ) THEN
4360 LET POGBY$ = POGBY$ , " " , POSTTEXT$ ( POSTMAT ( 3 , KONTROL ) , POSTMAT ( 4 , KONTROL ) ) SLUT = 1
4370 ENDIF
4380 LET KONTROL = KONTROL + 1
4390 ENDWHILE
4400 IF NOT SLUT THEN
4410 LET GENTAGER = 0
4420 PRINT "<7>"
4430 ELSE
4440 LET UDL[G$ = POGBY$
4450 EXEC UDL[G
4460 ENDIF
4470 ELSE
4480 IF LEN ( POGBY$ ) < 4 THEN
4490 LET GENTAGER = 0
4500 PRINT "<7>"
4510 ENDIF
4520 ENDIF
4530 WHEN 11
4540 INPUT "<30>" , ETLF$
4550 IF LEN ( ETLF$ ) = 6 THEN
4560 FOR I = 1 TO LEN ( ETLF$ )
4570 LET FEJL = 1
4580 FOR J = 1 TO LEN ( TITAL$ )
4590 IF ETLF$ ( I ) = TITAL$ ( J ) THEN
4600 LET FEJL = 0 J = LEN ( TITAL$ )
4610 ENDIF
4620 IF J = LEN ( TITAL$ ) AND FEJL THEN
4630 LET GENTAGER = 0 I = LEN ( ETLF$ )
4640 PRINT "<7>"
4650 ENDIF
4660 NEXT
4670 NEXT
4680 ELSE
4690 LET GENTAGER = 0
4700 PRINT "<7>"
4710 ENDIF
4720 WHEN 13
4730 INPUT "<30>" , FENAVN$
4740 IF NOT LEN ( FENAVN$ ) THEN
4750 LET FENAVN$ = ENAVN$ UDL[G$ = ENAVN$
4760 EXEC UDL[G
4770 ENDIF
4780 WHEN 14
4790 INPUT "<30>" , FFNAVN$
4800 IF LEN ( FFNAVN$ ) < 3 THEN
4810 LET GENTAGER = 0
4820 PRINT "<7>"
4830 ELSE
4840 IF FFNAVN$ ( LEN ( FFNAVN$ ) - 1 , LEN ( FFNAVN$ ) ) <> " M" AND FFNAVN$ ( LEN ( FFNAVN$ ) - 1 , LEN ( FFNAVN$ ) ) <> " F" THEN
4850 LET GENTAGER = 0
4860 PRINT "<7>"
4870 ELSE
4880 LET K\N$ = FFNAVN$ ( LEN ( FFNAVN$ ) ) FFNAVN$ = FFNAVN$ ( 1 , LEN ( FFNAVN$ ) - 2 )
4890 ENDIF
4900 ENDIF
4910 WHEN 15
4920 INPUT "<30>" , STILLING$
4930 WHEN 16
4940 INPUT "<30>" , FADR$
4950 IF NOT LEN ( FADR$ ) THEN
4960 LET FADR$ = EADR$ UDL[G$ = EADR$
4970 EXEC UDL[G
4980 ENDIF
4990 WHEN 17
5000 INPUT "<30>" , FPOGBY$
5010 IF LEN ( FPOGBY$ ) = 4 THEN
5020 LET KONTROL = 1 SLUT = 0
5030 WHILE POSTMAT ( 1 , KONTROL ) <> 0 AND KONTROL <= 29 AND NOT SLUT DO
5040 IF FPOGBY$ ( 1 , 4 ) = POSTTEXT$ ( POSTMAT ( 1 , KONTROL ) , POSTMAT ( 2 , KONTROL ) ) THEN
5050 LET FPOGBY$ = FPOGBY$ , " " , POSTTEXT$ ( POSTMAT ( 3 , KONTROL ) , POSTMAT ( 4 , KONTROL ) ) SLUT = 1
5060 ENDIF
5070 LET KONTROL = KONTROL + 1
5080 ENDWHILE
5090 IF NOT SLUT THEN
5100 LET GENTAGER = 0
5110 PRINT "<7>"
5120 ELSE
5130 LET UDL[G$ = FPOGBY$
5140 EXEC UDL[G
5150 ENDIF
5160 ELSE
5170 IF NOT LEN ( FPOGBY$ ) THEN
5180 LET FPOGBY$ = POGBY$ UDL[G$ = POGBY$
5190 EXEC UDL[G
5200 ENDIF
5210 ENDIF
5220 WHEN 18
5230 INPUT "<30>" , FTLF$
5240 IF NOT LEN ( FTLF$ ) THEN
5250 LET FTLF$ = ETLF$ UDL[G$ = ETLF$
5260 EXEC UDL[G
5270 ELSE
5280 IF LEN ( FTLF$ ) <> 1 AND LEN ( FTLF$ ) = 6 THEN
5290 FOR I = 1 TO LEN ( FTLF$ )
5300 LET FEJL = 1
5310 FOR J = 1 TO LEN ( TITAL$ )
5320 IF FTLF$ ( I ) = TITAL$ ( J ) THEN
5330 LET FEJL = 0 J = LEN ( TITAL$ )
5340 ENDIF
5350 IF J = LEN ( TITAL$ ) AND FEJL THEN
5360 LET GENTAGER = 0 I = LEN ( FTLF$ )
5370 PRINT "<7>"
5380 ENDIF
5390 NEXT
5400 NEXT
5410 ELSE
5420 IF LEN ( FTLF$ ) AND LEN ( FTLF$ ) <> 1 THEN
5430 LET GENTAGER = 0
5440 PRINT "<7>"
5450 ENDIF
5460 ENDIF
5470 ENDIF
5480 WHEN 20
5490 INPUT "<30>" , SPROGET$
5500 IF SPROGET$ <> "EN" AND SPROGET$ <> "TY" THEN
5510 LET GENTAGER = 0
5520 PRINT "<7>"
5530 ENDIF
5540 WHEN 21
5550 INPUT "<30>" , SPROGFR$
5560 IF SPROGFR$ <> "FR" AND SPROGFR$ <> "RU" THEN
5570 LET GENTAGER = 0
5580 PRINT "<7>"
5590 ENDIF
5600 WHEN 22
5610 INPUT "<30>" , VALGFAG$
5620 IF VALGFAG$ <> "FO" AND VALGFAG$ <> "MU" THEN
5630 LET GENTAGER = 0
5640 PRINT "<7>"
5650 ENDIF
5660 WHEN 23
5670 INPUT "<30>" , GREN$
5680 IF GREN$ <> "F" AND GREN$ <> "S" AND GREN$ <> "M" AND GREN$ <> "N" THEN
5690 LET GENTAGER = 0
5700 PRINT "<7>"
5710 ENDIF
5720 ENDCASE «nul»
5730 ON ESC THEN EXEC TILBAGE
5740 UNTIL GENTAGER
5750 LET INDSKRIV = 1 SPRING$ = "@"
5760 ENDPROC NDSKRIV«nul»
5770 REM -------------------------------------------------------------------------«nul»L
5780 PROC ELEVVALG
5790 OPEN FILE ( 1 , 1 ) "ENR-RNR."
5800 MAT READ FILE ( 1 ) ENRRNR
5810 CLOSE FILE ( 1 )
5820 LET GENTAG = 1 STOPPER = 0
5830 WHILE GENTAG DO
5840 PRINT "<134>" ; XY$ ( 1 ) ; XY$ ( 3 ) ; "<31>"
5850 REPEAT
5860 REPEAT
5870 PRINT "<134>" ; XY$ ( 6 ) ; XY$ ( 6 ) ;
5880 INPUT "ELEVENS NUMMER : <30>" , CNR
5890 UNTIL CNR >= 0 AND CNR <= 30
5900 IF CNR = 0 THEN
5910 LET GENTAG = 0 STOPPER = 1 CNR = 30
5920 ELSE
5930 IF ENRRNR ( 1 , CNR ) = 0 OR ENRRNR ( 1 , CNR ) >= 100 THEN
5940 PRINT "<134>" ; XY$ ( 6 ) ; XY$ ( 8 ) ; "ELEV" ; CNR ; "EKSISTERE IKKE I " ; KLASSE$
5950 PRINT "<134>" ; XY$ ( 4 ) ; XY$ ( 9 ) ; "--------------------------------"
5960 ENDIF
5970 ENDIF
5980 UNTIL ENRRNR ( 1 , CNR ) >= 1 AND ENRRNR ( 1 , CNR ) <= 30 OR STOPPER
5990 IF NOT STOPPER THEN
6000 EXEC UDTEKST
6010 LET SINGLE = 1 T[LLER = CNR FORTS[T = 1 ELEVFOR = 1 MUGRPLOT = 1 SLUT = 0 SP\RGE = 1
6020 ENDIF
6030 IF NOT STOPPER THEN EXEC SCROOL
6040 ENDWHILE
6050 ENDPROC LEVVALG«nul»
6060 REM -------------------------------------------------------------------------«nul»L
6070 PROC EKONTROL
6080 OPEN FILE ( 1 , 0 ) "NR-GR-NA"
6090 OPEN FILE ( 2 , 0 ) "AD-CP-TL"
6100 OPEN FILE ( 3 , 0 ) "PA.NA-ST"
6110 OPEN FILE ( 4 , 0 ) "PA.AD-TL"
6120 OPEN FILE ( 5 , 0 ) "VALGFAG."
6130 OPEN FILE ( 6 , 0 ) "NUMERISK"
6140 OPEN FILE ( 7 , 1 ) "ENR-RNR."
6150 MAT READ FILE ( 7 ) ENRRNR
6160 LET FORTS[T = 1 SPRING = 0 DELING = 0
6170 PRINT "<134>" ; XY$ ( 1 ) ; XY$ ( 3 ) ; "<31>"
6180 PRINT "<134>" ; XY$ ( 6 ) ; XY$ ( 4 ) ; "KONTROL DATA :"
6190 PRINT "<134>" ; XY$ ( 4 ) ; XY$ ( 5 ) ; "------------------"
6200 WHILE FORTS[T DO
6210 LET RYKKER = 7 KONTROL = 1 SLUT = 0
6220 PRINT "<134>" ; XY$ ( 8 ) ; XY$ ( RYKKER ) ;
6230 WHILE RYKKER <= 11 DO
6240 CASE KONTROL OF
6250 REM «nul»2
6260 WHEN 1
6270 INPUT "ELEVENS NUMMER : " , CNR
6280 LET KONTROL = 2
6290 IF CNR = 0 THEN
6300 LET FORTS[T = 0 KONTROL = 5 SPRING = 1
6310 ENDIF
6320 WHEN 2
6330 INPUT "ELEVENS CPR-NUMMER : " , CCPR$
6340 LET KONTROL = 3 RYKKER = RYKKER + 1
6350 WHEN 3
6360 INPUT "ELEVENS EFTERNAVN : " , CENAVN$
6370 LET KONTROL = 4
6380 WHEN 4
6390 INPUT "ELEVENS FORNAVN, (MELLEMNAVN) : " , NAVN$
6400 LET KONTROL = 5
6410 FOR I = 1 TO LEN ( NAVN$ )
6420 IF NAVN$ ( I ) = "," THEN
6430 LET A = I - 1 B = I + 1 I = LEN ( NAVN$ ) DELING = 1
6440 ENDIF
6450 NEXT
6460 IF DELING THEN
6470 LET CFNAVN$ = NAVN$ ( 1 , A ) CMNAVN$ = " " , NAVN$ ( B , LEN ( NAVN$ ) ) DELING = 0
6480 ELSE
6490 LET CFNAVN$ = NAVN$ CMNAVN$ = ""
6500 ENDIF
6510 ENDCASE «nul»
6520 LET RYKKER = RYKKER + 1
6530 PRINT "<134>" ; XY$ ( 8 ) ; XY$ ( RYKKER ) ;
6540 ENDWHILE
6550 IF NOT SPRING THEN
6560 LET RNR = ENRRNR ( 1 , CNR )
6570 IF RNR >= 1 AND RNR <= 30 THEN
6580 READ FILE ( 1 , RNR ) NR , GREN$ , ENAVN$ , FNAVN$ , MNAVN$
6590 READ FILE ( 2 , RNR ) EADR$ , POGBY$ , CPR$ , ETLF$
6600 IF ENAVN$ = CENAVN$ AND FNAVN$ = CFNAVN$ AND MNAVN$ = CMNAVN$ AND CPR$ = CCPR$ THEN
6610 PRINT "<134>" ; XY$ ( 6 ) ; XY$ ( 14 ) ; "-----------------------------------------------"
6620 PRINT "<134>" ; XY$ ( 8 ) ; XY$ ( 16 ) ; "ELEVEN ER FUNDET OG SLETTES NU AF SYSTEMET."
6630 WRITE FILE ( 1 , RNR ) 0 , "@" , "@" , "@" , "@"
6640 WRITE FILE ( 2 , RNR ) "@" , "@" , "@" , "@"
6650 WRITE FILE ( 3 , RNR ) "@" , "@" , "@" , "@"
6660 WRITE FILE ( 4 , RNR ) "@" , "@" , "@"
6670 WRITE FILE ( 5 , RNR ) "@" , "@" , "@"
6680 WRITE FILE ( 6 , RNR ) 0 , 0 , 0 , 0
6690 CLOSE FILE ( 7 )
6700 OPEN FILE ( 7 , 3 ) "ENR-RNR."
6710 LET ENRRNR ( 1 , CNR ) = RNR * 100
6720 MAT WRITE FILE ( 7 ) ENRRNR
6730 CLOSE FILE ( 7 )
6740 OPEN FILE ( 7 , 1 ) "ENR-RNR."
6750 PRINT "<134>" ; XY$ ( 1 ) ; XY$ ( 6 ) ; "<31>"
6760 ELSE
6770 PRINT "<134>" ; XY$ ( 6 ) ; XY$ ( 14 ) ; "----------------------------------------"
6780 PRINT "<134>" ; XY$ ( 8 ) ; XY$ ( 16 ) ; "ELEV" ; CNR ; "HAR IKKE OVENSTÅENDE DATA"
6790 PRINT "<134>" ; XY$ ( 8 ) ; XY$ ( 17 ) ; "OG SLETTES DERFOR IKKE."
6800 PRINT "<134>" ; XY$ ( 6 ) ; XY$ ( 19 ) ; "(STOP),(EFEJL),(OVERSIGT) : " ;
6810 INPUT "" , VALG$
6820 LET FEJL = 33
6830 REPEAT
6840 CASE VALG$ OF
6850 PRINT "<134>" ; XY$ ( FEJL ) ; XY$ ( 19 ) ;
6860 INPUT "<30>" , VALG$
6870 WHEN "STOP"
6880 LET SLUT = 1 FORTS[T = 0
6890 WHEN "EFEJL"
6900 FOR I = 7 TO 11 STEP 1
6910 PRINT "<134>" ; XY$ ( 41 ) ; XY$ ( I ) ; " "
6920 NEXT
6930 PRINT "<134>" ; XY$ ( 1 ) ; XY$ ( 13 ) ; "<31>"
6940 LET SLUT = 1
6950 WHEN "OVERSIGT"
6960 LET FLYTTER = 7
6970 WHILE FLYTTER <= 11 DO
6980 PRINT "<134>" ; XY$ ( 60 ) ; XY$ ( FLYTTER ) ; "><60><30>"
6990 IF FLYTTER = 8 THEN
7000 LET FLYTTER = FLYTTER + 1
7010 ENDIF
7020 LET FLYTTER = FLYTTER + 1
7030 ENDWHILE
7040 PRINT "<134>" ; XY$ ( 63 ) ; XY$ ( 7 ) ; NR
7050 PRINT "<134>" ; XY$ ( 63 ) ; XY$ ( 8 ) ; CPR$
7060 PRINT "<134>" ; XY$ ( 63 ) ; XY$ ( 10 ) ; ENAVN$
7070 PRINT "<134>" ; XY$ ( 63 ) ; XY$ ( 11 ) ; FNAVN$ ; ", " ; MNAVN$
7080 PRINT "<134>" ; XY$ ( 6 ) ; XY$ ( 19 ) ; "(STOP),(EFEJL) :<30> " ;
7090 INPUT "<30>" , VALG$
7100 LET FEJL = 23
7110 ENDCASE «nul»
7120 UNTIL SLUT
7130 ENDIF
7140 ELSE
7150 PRINT "<134>" ; XY$ ( 6 ) ; XY$ ( 14 ) ; "-----------------------------------"
7160 PRINT "<134>" ; XY$ ( 8 ) ; XY$ ( 16 ) ; "ELEV NR." ; CNR ; "EKSISTERE IKKE I " ; KLASSE$
7170 DELAY = 4
7180 ENDIF
7190 ENDIF
7200 ENDWHILE
7210 CLOSE
7220 ENDPROC KONTROL«nul»
7230 REM -------------------------------------------------------------------------«nul»L
7240 PROC ELEVIND
7250 OPEN FILE ( 1 , 0 ) "NR-GR-NA"
7260 OPEN FILE ( 2 , 0 ) "AD-CP-TL"
7270 OPEN FILE ( 3 , 0 ) "PA.NA-ST"
7280 OPEN FILE ( 4 , 0 ) "PA.AD-TL"
7290 OPEN FILE ( 5 , 0 ) "VALGFAG."
7300 OPEN FILE ( 7 , 1 ) "ENR-RNR."
7310 MAT READ FILE ( 7 ) ENRRNR
7320 LET GENTAG = 1 SKIFTER = 1 F\RSTE = 1 SPRING = 1 GENTAGER = 1 FORTS[T = 1
7330 WHILE GENTAG DO
7340 PRINT "<134>" ; XY$ ( 1 ) ; XY$ ( 3 ) ; "<31>"
7350 REPEAT
7360 PRINT "<134>" ; XY$ ( 6 ) ; XY$ ( 6 ) ;
7370 INPUT "DEN NYE ELEVS NUMMER : <30>" , CNR
7380 UNTIL CNR >= 0 AND CNR <= 30
7390 IF CNR = 0 THEN
7400 LET GENTAG = 0 SPRING = 0
7410 ENDIF
7420 IF SPRING THEN
7430 WHILE ENRRNR ( 1 , SKIFTER ) < 100 AND SKIFTER < 30 DO
7440 LET SKIFTER = SKIFTER + 1
7450 ENDWHILE
7460 IF ENRRNR ( 1 , SKIFTER ) >= 100 THEN
7470 IF CNR <> SKIFTER THEN
7480 LET RNR = ENRRNR ( 1 , SKIFTER ) / 100 ENRRNR ( 1 , SKIFTER ) = 0
7490 ELSE
7500 LET RNR = ENRRNR ( 1 , SKIFTER ) / 100 ENRRNR ( 1 , SKIFTER ) = RNR
7510 ENDIF
7520 ELSE
7530 LET FINDER ( 1 ) = 1 FINDER ( 2 ) = 1 FINDER ( 3 ) = 1
7540 WHILE FINDER ( 2 ) <= 30 DO
7550 WHILE FINDER ( 3 ) <= 30 DO
7560 IF ENRRNR ( 1 , FINDER ( 2 ) ) = FINDER ( 3 ) THEN
7570 LET RNRKONTL ( 1 , FINDER ( 3 ) ) = 1 FINDER ( 3 ) = 30
7580 ENDIF
7590 LET FINDER ( 3 ) = FINDER ( 3 ) + 1
7600 ENDWHILE
7610 LET FINDER ( 2 ) = FINDER ( 2 ) + 1 FINDER ( 3 ) = 1
7620 ENDWHILE
7630 WHILE RNRKONTL ( 1 , FINDER ( 1 ) ) = 1 DO
7640 LET FINDER ( 1 ) = FINDER ( 1 ) + 1
7650 ENDWHILE
7660 LET RNR = FINDER ( 1 )
7670 ENDIF
7680 IF CNR <> SKIFTER THEN
7690 LET FINDER ( 2 ) = CNR
7700 IF CNR <> RNR THEN
7710 MAT FLYT = ENRRNR
7720 WHILE FINDER ( 2 ) <= 29 DO
7730 LET FLYT ( 1 , FINDER ( 2 ) + 1 ) = ENRRNR ( 1 , FINDER ( 2 ) )
7740 LET FINDER ( 2 ) = FINDER ( 2 ) + 1
7750 ENDWHILE
7760 ELSE
7770 MAT FLYT = ENRRNR
7780 ENDIF
7790 LET FLYT ( 1 , CNR ) = RNR
7800 MAT ENRRNR = FLYT
7810 MAT FLYT = ZER
7820 LET FINDER ( 2 ) = CNR + 1
7830 WHILE FINDER ( 2 ) <= 30 DO
7840 IF ENRRNR ( 1 , FINDER ( 2 ) ) > 0 AND ENRRNR ( 1 , FINDER ( 2 ) ) < 100 THEN
7850 WRITE FILE ( 1 , ENRRNR ( 1 , FINDER ( 2 ) ) ) FINDER ( 2 )
7860 ENDIF
7870 LET FINDER ( 2 ) = FINDER ( 2 ) + 1
7880 ENDWHILE
7890 ENDIF
7900 EXEC UDTEKST
7910 LET FLYTTER = RYKKER RYKKER = 6
7920 PRINT "<134>" ; XY$ ( 13 ) ; XY$ ( 3 ) ; CNR
7930 WHILE RYKKER < FLYTTER + 1 DO
7940 IF RYKKER = 12 THEN
7950 LET RYKKER = RYKKER + 1
7960 ELSE
7970 IF RYKKER = 19 THEN
7980 IF ENGELSK THEN
7990 LET RYKKER = RYKKER + 1
8000 ELSE
8010 LET RYKKER = RYKKER + 2
8020 ENDIF
8030 IF RYKKER = 21 OR RYKKER = 22 THEN
8040 IF NOT MUFORGRE THEN
8050 LET RYKKER = RYKKER + 4
8060 ENDIF
8070 ENDIF
8080 ENDIF
8090 ENDIF
8100 EXEC INDSKRIV
8110 LET RYKKER = RYKKER + 1
8120 ENDWHILE
8130 IF SPRING THEN
8140 WRITE FILE ( 1 , RNR ) CNR , GREN$ , ENAVN$ , FNAVN$ , MNAVN$ , MYNDIG
8150 WRITE FILE ( 2 , RNR ) EADR$ , POGBY$ , CPR$ , ETLF$
8160 WRITE FILE ( 3 , RNR ) FENAVN$ , FFNAVN$ , STILLING$ , K\N$
8170 WRITE FILE ( 4 , RNR ) FADR$ , FPOGBY$ , FTLF$
8180 WRITE FILE ( 5 , RNR ) SPROGFR$ , SPROGET$ , VALGFAG$
8190 CLOSE FILE ( 7 )
8200 OPEN FILE ( 7 , 3 ) "ENR-RNR."
8210 MAT WRITE FILE ( 7 ) ENRRNR
8220 CLOSE FILE ( 7 )
8230 OPEN FILE ( 7 , 1 ) "ENR-RNR."
8240 ENDIF
8250 ENDIF
8260 ENDWHILE
8270 CLOSE
8280 RESET ESC
8290 ENDPROC LEVIND«nul»
8300 REM -------------------------------------------------------------------------«nul»L
8310 PROC TILBAGE
8320 ON ESC THEN EXEC TILBAGE
8330 LET GENTAGER = 0
8340 IF RYKKER = 6 THEN
8350 LET GENTAGER = 1 FLYTTER = RYKKER SPRING = 0
8360 ELSE
8370 IF RYKKER = 13 OR RYKKER = 20 THEN
8380 LET RYKKER = RYKKER - 2
8390 ELSE
8400 IF RYKKER = 21 THEN
8410 IF NOT ENGELSK THEN
8420 LET RYKKER = RYKKER - 3
8430 ELSE
8440 LET RYKKER = RYKKER - 1
8450 ENDIF
8460 ELSE
8470 LET RYKKER = RYKKER - 1
8480 ENDIF
8490 ENDIF
8500 ENDIF
8510 PRINT "<134>" ; XY$ ( 41 ) ; XY$ ( RYKKER ) ; "<30>"
8520 ENDPROC ILBAGE«nul»)
8530 REM -------------------------------------------------------------------------«nul»L
8540 PROC UDL[G
8550 PRINT "<134>" ; XY$ ( 41 ) ; XY$ ( RYKKER ) ; UDL[G$
8560 ENDPROC DLÆG«nul»«nul»
8570 REM -------------------------------------------------------------------------«nul»-
8580 PROC INFORMAT
8590 REPEAT
8600 CONNECT "LIB" , 1
8610 PRINT "<140><134>" ; XY$ ( 22 ) ; XY$ ( 1 ) ; "RETTELSER AF ELEVOPLYSNINGER."
8620 PRINT "<134>" ; XY$ ( 13 ) ; XY$ ( 2 ) ; "---------------------------------------------------------------"
8630 PRINT "<134>" ; XY$ ( 15 ) ; XY$ ( 5 ) ; "A : KONTROL AF ELEVOPLYSNINGER MED MULIGHED FOR RETTELSER"
8640 PRINT "<134>" ; XY$ ( 15 ) ; XY$ ( 7 ) ; "B : RETTELSE AF OPLYSNINGER FOR FORUDGÅENDE KENDT ELEV"
8650 PRINT "<134>" ; XY$ ( 15 ) ; XY$ ( 9 ) ; "C : INDSKRIVNING AF NY ELEV"
8660 PRINT "<134>" ; XY$ ( 15 ) ; XY$ ( 11 ) ; "D : SLETTELSE AF ELEVER"
8670 PRINT "<134>" ; XY$ ( 15 ) ; XY$ ( 13 ) ; "E : TILBAGE TIL HOVEDOPLYSNING"
8680 PRINT "<134>" ; XY$ ( 13 ) ; XY$ ( 16 ) ; "---------------------------------------------------------------"
8690 REPEAT
8700 PRINT "<134>" ; XY$ ( 26 ) ; XY$ ( 20 ) ;
8710 INPUT "HVILKEN FUNKTION VÆLGES : <30>" , FUNKVALG$
8720 UNTIL FUNKVALG$ >= "A" AND FUNKVALG$ <= "E"
8730 CASE FUNKVALG$ OF
8740 REM «nul»2
8750 WHEN "A"
8760 EXEC MATTEKST
8770 LET PROCEDUR$ = "KONTROL AF ELEVOPLYSNINGER I"
8780 LET XKOR = 19
8790 EXEC KLVALG
8800 EXEC UDTEKST
8810 LET T[LLER = 0 FORTS[T = 1 ELEVFOR = 1 MUGRPLOT = 1 SLUT = 0 SP\RGE = 1 SINGLE = 0
8820 EXEC SCROOL
8830 WHEN "B"
8840 EXEC MATTEKST
8850 LET PROCEDUR$ = "RETTELSER AF OPLYSNINGER FOR KENDT ELEV I"
8860 LET XKOR = 17
8870 EXEC KLVALG
8880 EXEC ELEVVALG
8890 WHEN "C"
8900 EXEC MATTEKST
8910 LET PROCEDUR$ = "INDSKRIVNING AF NYE ELEVER I"
8920 LET XKOR = 24
8930 EXEC KLVALG
8940 EXEC ELEVIND
8950 WHEN "D"
8960 LET PROCEDUR$ = "SLETTELSE AF ELEVER I"
8970 LET XKOR = 27
8980 EXEC KLVALG
8990 EXEC EKONTROL
9000 ENDCASE «nul»
9010 UNTIL FUNKVALG$ = "E"
9020 ENDPROC NFORMAT«nul»
9030 EXEC INFORMAT
9040 REM -----------------------------------------------------------------------«nul»-
9050 ENTER "PROGVALG"
FNA definition = 0xffff
FNB definition = 0xffff
FNC definition = 0xffff
FND definition = 0xffff
FNE definition = 0xffff
FNF definition = 0xffff
FNG definition = 0xffff
FNH definition = 0xffff
FNI definition = 0xffff
FNJ definition = 0xffff
FNK definition = 0xffff
FNL definition = 0xffff
FNM definition = 0xffff
FNN definition = 0xffff
FNO definition = 0xffff
FNP definition = 0xffff
FNQ definition = 0xffff
FNR definition = 0xffff
FNS definition = 0xffff
FNT definition = 0xffff
FNU definition = 0xffff
FNV definition = 0xffff
FNW definition = 0xffff
FNX definition = 0xffff
FNY definition = 0xffff
FNZ definition = 0xffff
FN[ definition = 0xffff
FN\ definition = 0xffff
FN] definition = 0xffff
GOSUB-RETURN stack pointer = 0x0000
stack[0] = 0x2085
stack[1] = 0x1ffc
stack[2] = 0x03be
stack[3] = 0x1191
stack[4] = 0x0cc6
stack[5] = 0x1191
stack[6] = 0x0000
FOR-NEXT stack pointer = 0x0000
Var# = 0x00cb
Loop Top = 0x0fe9
To Val = 6 (0x41600000)
Step Val = 1 (0x41100000)
Var# = 0x00d2
Loop Top = 0x0ff9
To Val = 10 (0x41a00000)
Step Val = 1 (0x41100000)
Var# = 0x0000
Loop Top = 0x0000
To Val = 0 (0x00000000)
Step Val = 0 (0x00000000)
Var# = 0x0000
Loop Top = 0x0000
To Val = 0 (0x00000000)
Step Val = 0 (0x00000000)
Var# = 0x0000
Loop Top = 0x0000
To Val = 0 (0x00000000)
Step Val = 0 (0x00000000)
Var# = 0x0000
Loop Top = 0x0000
To Val = 0 (0x00000000)
Step Val = 0 (0x00000000)
Var# = 0x0000
Loop Top = 0x0000
To Val = 0 (0x00000000)
Step Val = 0 (0x00000000)
REPEAT-UNTIL stack pointer = 0x0000
stack[0] = 0x1e52
stack[1] = 0x1f8b
stack[2] = 0x04cf
stack[3] = 0x0000
stack[4] = 0x0000
stack[5] = 0x0000
stack[6] = 0x0000
WHILE-ENDWHILE stack pointer = 0x0000
stack[0] = 0x08d5
stack[1] = 0x0b86
stack[2] = 0x0f4b
stack[3] = 0x0f4b
stack[4] = 0x0000
stack[5] = 0x0000
stack[6] = 0x0000
IF-ELSE stack pointer = 0x0000
stack[0] = 0x0000
stack[1] = 0x0000
stack[2] = 0x0000
stack[3] = 0x0001
stack[4] = 0x0001
stack[5] = 0x0001
stack[6] = 0x0000
Variables:
0x80 0xffff 0x00
0x81 0xffff 0x02 CPR$
0x82 0xffff 0x02 ENAVN$
0x83 0xffff 0x02 FNAVN$
0x84 0xffff 0x02 MNAVN$
0x85 0xffff 0x02 NAVN$
0x86 0xffff 0x02 EADR$
0x87 0xffff 0x02 CCPR$
0x88 0xffff 0x02 CENAVN$
0x89 0xffff 0x02 CFNAVN$
0x8a 0xffff 0x02 CMNAVN$
0x8b 0xffff 0x02 POGBY$
0x8c 0xffff 0x02 ETLF$
0x8d 0xffff 0x02 FENAVN$
0x8e 0xffff 0x02 FFNAVN$
0x8f 0xffff 0x02 STILLING$
0x90 0xffff 0x02 FADR$
0x91 0xffff 0x02 FPOGBY$
0x92 0xffff 0x02 FTLF$
0x93 0xffff 0x02 K\N$
0x94 0xffff 0x02 SPROGET$
0x95 0xffff 0x02 SPROGFR$
0x96 0xffff 0x02 FUNKVALG$
0x97 0xffff 0x02 CHECKL$
0x98 0xffff 0x02 KLTRIN$
0x99 0xffff 0x02 KLKODE$
0x9a 0xffff 0x02 FLNAVNE$
0x9b 0xffff 0x02 KLASSE$
0x9c 0xffff 0x02 GREN$
0x9d 0xffff 0x02 FORMUS$
0x9e 0xffff 0x02 VALGFAG$
0x9f 0xffff 0x02 TEKST$
0xa0 0xffff 0x02 PROCEDUR$
0xa1 0xffff 0x02 UDL[G$
0xa2 0xffff 0x02 VALG$
0xa3 0xffff 0x02 SPRING$
0xa4 0xffff 0x02 XY$
0xa5 0xffff 0x02 GRENKODE$
0xa6 0xffff 0x00 ENRRNR
0xa7 0xffff 0x00 RNRKONTL
0xa8 0xffff 0x00 FLYT
0xa9 0xffff 0x00 XYTEKST
0xaa 0xffff 0x00 GRENMAT
0xab 0xffff 0x00 FINDER
0xac 0xffff 0x00 MATTEKST
0xad 0xffff 0x00 KLVALG
0xae 0xffff 0x00 XKOR
0xaf 0xffff 0x00 DISKONT
0xb0 0xffff 0x00 T[LLER
0xb1 0xffff 0x00 OK
0xb2 0xffff 0x00 UDTEKST
0xb3 0xffff 0x00 ENGELSK
0xb4 0xffff 0x00 MUFORGRE
0xb5 0xffff 0x00 RYKKER
0xb6 0xffff 0x00 KOLON
0xb7 0xffff 0x00 SPRING
0xb8 0xffff 0x00 SCROOL
0xb9 0xffff 0x00 FORTS[T
0xba 0xffff 0x00 KONTROL
0xbb 0xffff 0x00 SINGLE
0xbc 0xffff 0x00 SLUT
0xbd 0xffff 0x00 SP\RGE
0xbe 0xffff 0x02 ELRET$
0xbf 0xffff 0x00 RNR
0xc0 0xffff 0x00 NR
0xc1 0xffff 0x00 MYNDIG
0xc2 0xffff 0x00 ELEVFOR
0xc3 0xffff 0x00 MUGRPLOT
0xc4 0xffff 0x00 SLETTER
0xc5 0xffff 0x00 RETTE
0xc6 0xffff 0x00 LINIESKF
0xc7 0xffff 0x00 INDSKRIV
0xc8 0xffff 0x00 GENTAGER
0xc9 0xffff 0x00 DELING
0xca 0xffff 0x00 TILBAGE
0xcb 0xffff 0x00 I
0xcc 0xffff 0x00 A
0xcd 0xffff 0x00 B
0xce 0xffff 0x00 POSTMAT
0xcf 0xffff 0x02 POSTTEXT$
0xd0 0xffff 0x00 UDL[G
0xd1 0xffff 0x00 FEJL
0xd2 0xffff 0x00 J
0xd3 0xffff 0x02 TITAL$
0xd4 0xffff 0x00 ELEVVALG
0xd5 0xffff 0x00 GENTAG
0xd6 0xffff 0x00 STOPPER
0xd7 0xffff 0x00 CNR
0xd8 0xffff 0x00 EKONTROL
0xd9 0xffff 0x00 FLYTTER
0xda 0xffff 0x00 ELEVIND
0xdb 0xffff 0x00 SKIFTER
0xdc 0xffff 0x00 F\RSTE
0xdd 0xffff 0x00 INFORMAT
.magic = 0x5356 .u_pas = 0x20b1 // Length of UPAS in words .u_das = 0x023e // Length of UDAS in words .u_dvs = 0x023e // Start på savede variabel indhold (word adr) .u_nds = 0x0042 // Address på næste prog.sætning (word adr) .u_cps = 0x0000 // Address på curr prog.sætning (word adr) .u_tll = 0x0000 // Page størrelse .u_tts = 0x000e // TAP størrelse .u_ran = 0x0000 // Random tal .u_cdl = 0x0042 // Current DATA sætning ptr .u_cdb = 0x0000 // Current DATA byte ptr .u_esa = 0xffff // ON ESE (word adr) .u_era = 0xffff // ON ERR (word adr) .u_cas = 0x0000 // CASE dybde .u_las = 0xffff // last (-1)