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INTTEST
This website contains an archive of files for the Acorn Electron, BBC Micro, Acorn Archimedes, Commodore 16 and Commodore 64 computers, which Dominic Ford has rescued from his private collection of floppy disks and cassettes.
Some of these files were originally commercial releases in the 1980s and 1990s, but they are now widely available online. I assume that copyright over them is no longer being asserted. If you own the copyright and would like files to be removed, please contact me.
Tape/disk: | Home » Personal collection » Acorn DFS disks » dfs_box04_disk06_pilot_one.scp |
Filename: | INTTEST |
Read OK: | ✔ |
File size: | 3460 bytes |
Load address: | FF1600 |
Exec address: | FF8023 |
Duplicates
There is 1 duplicate copy of this file in the archive:
- Personal collection » Acorn DFS disks » dfs_box04_disk06b_pilot_one.scp » INTTEST
- Personal collection » Acorn DFS disks » dfs_box04_disk06_pilot_one.scp » INTTEST
File contents
10 REM ************************* 20 REM INTTEST - AN INTRODUCTION 30 REM TO CONTROL PROGRAMMING 40 REM WITH THE PILOT 1 DIGITAL 50 REM INTERFACE. THE IMPORTANT 60 REM PROCEDURES ARE NUMBERED 70 REM FROM 10000 UPWARDS. THESE 80 REM BEAR NO COPYRIGHT. PLEASE 90 REM USE THEM FREELY. DMB 100 REM ************************* 110 REM V1.0 120 REM COPYRIGHT PILOT ONE LTD., 1984 130 REM ************************* 140 REM ***INITIALISE STRINGS,FLAGS,POINTERS,OPERATING SYSTEM,ETC......*** 150 ARR$=CHR$136+CHR$91+CHR$137:NOA$=" " 160 FLAG=FALSE 170 on$=CHR$34+"ON"+CHR$34 180 off$=CHR$34+"OFF"+CHR$34 190 *FX4,1 200 *FX229,1 210 *FX18 220 MODE7:VDU23,1,0;0;0;0; 230 PROCcover 240 REM ***MAIN PROGRAM LOOP BEGINS HERE*** 250 REPEAT 260 CLS:PROCmessage("CONTROL PROGRAMMING - MENU","�","�") 270 PROCprocmenu:PROCinstruct 280 V=0:H=0:PROCfind(30,4,1,9,0,2) 290 IF V=0 PROCtrysetup 300 IF V=1 PROCtryonoff 310 IF V=2 PROCtrytog 320 IF V=3 PROCtrytest 330 IF V=4 PROCtrymulonoff 340 IF V=5 PROCtrymultog 350 IF V=6 PROCtrymultest 360 IF V=7 PROCprogram 370 IF V=8 MODE 7:PROCend 380 UNTIL FALSE 390 REM ***MAIN PROCEDURES FOR INTTEST BEGIN HERE*** 400 DEFPROCcover 410 PRINT''''''' 420 PROCmessage("SOME SIMPLE AIDS TO","�","�"):PROCmessage("CONTROL PROGRAMMING","�","�"):PROCmessage("USING THE USER PORT","�","�"):PROCmessage("OF THE BBC MICRO","�","�") 430 PROCprompt 440 ENDPROC 450 DEFPROCfind(X,Y,M,N,W,D) 460 REPEAT 470 REPEAT 480 PRINTTAB(X+(H*W),Y+(V*D));ARR$ 490 A=GET 500 UNTIL(A>135ANDA<140)ORA=13 510 PRINTTAB(X+(H*W),Y+(V*D));NOA$ 520 IFA=138ANDV<(N-1)THENV=V+1ELSEIFA=139ANDV>0V=V-1 530 IFA=137ANDH<(M-1)THENH=H+1ELSEIFA=136ANDH>0H=H-1 540 UNTILA=13:VDU7 550 ENDPROC 560 DEFPROCend 570 VDU 23,1,1;0;0;0; 580 *FX229,0 590 *FX4,0 600 END 610 DEFPROCmessage(M$,fo$,ba$) 620 FORI%=0TO1 630 IF ba$="":PRINT; ELSE PRINTba$;CHR$157; 640 PRINTfo$;CHR$141TAB(INT(40-LEN(M$))/2);M$ 650 NEXT 660 ENDPROC 670 DEF PROCprocmenu 680 PRINTTAB(7,4)"SET UP INTERFACE"TAB(7,6)"SWITCH ONE OUTPUT"TAB(7,8)"TOGGLE ONE OUTPUT"TAB(7,10)"TEST ONE INPUT"TAB(7,12)"SWITCH SEVERAL OUTPUTS"TAB(7,14)"TOGGLE SEVERAL OUTPUTS"TAB(7,16)"TEST SEVERAL INPUTS"TAB(7,18); 690 PRINT"START PROGRAMMING"TAB(6,20)"�EXIT FROM PROGRAM�" 700 ENDPROC 710 DEF PROCprompt 720 PRINTTAB(0,23)" � PRESS ANY KEY TO CONTINUE "; 730 dummy=GET 740 ENDPROC 750 DEFPROCinstruct 760 PRINTTAB(2,23)CHR$131"USE ARROW KEYS AND RETURN TO SELECT" 770 ENDPROC 780 CLS:PROCmessage("SILLY MISTAKE!!!","�","�") 790 PRINT'''''''' 800 PROCmessage("TRY AGAIN!!!!!","�","") 810 PRINT'':PROCmessage("THIS TIME�READ�THE INSTRUCTIONS!","�","") 820 PROCprompt 830 GOTO 250 840 DEFPROCok 850 CLS:VDU7:PRINT'''''''''':PROCmessage("IT WORKED!!!!!!","�","") 860 PROCprompt 870 ENDPROC 880 DEFPROCtell 890 CLS:PRINT''''''''':PROCmessage("INTERFACE NOT SET UP","�","") 900 PROCprompt:ENDPROC 910 DEFPROCinput(x%,y%,maxlen%) 920 VDU 23,1,1;0;0;0; 930 le%=0 940 ut$="":PRINT TAB(x%,y%+1); 950 REPEAT 960 REPEAT:A=GET:UNTIL (A>31 AND A<128) OR A=13 970 IF (A=127 AND le%>0) PRINTCHR$(A);CHR$(9);CHR$(11);CHR$(A);CHR$(10); ELSE IF A<>13 AND le%<maxlen% AND A<>127 PRINTCHR$(A);CHR$(8);CHR$(11);CHR$(A);CHR$(10); 980 IF A<>13 AND le%=maxlen% AND A<>127 VDU7 990 IF A=127 AND le%>0 ut$=LEFT$(ut$,le%-1):le%=le%-1 ELSE IF A<>13 AND A<>127 AND le%<maxlen% ut$=ut$+CHR$A:le%=le%+1 1000 UNTIL A=13 1010 VDU 23,1,0;0;0;0; 1020 ENDPROC 1030 DEFPROCprogram 1040 CLS:PROCmessage("GETTING STARTED.....","�","�") 1050 PRINT'"The PROCEDURES and FUNCTIONS describedin this program begin at line 10000.The red function keys have been set upto help you start writing your ownprogram. The key definitions are asfollows:" 1060 PRINT'TAB(10)"KEY0 - gets you going"'TAB(10)"KEY1 - PROCset_up_port"'TAB(10)"KEY2 - PROCturn("'TAB(10)"KEY3 - PROCtoggle("'TAB(10)"KEY4 - FNtest("'TAB(10)"KEY5 - PROCmultiturn("'TAB(10)"KEY6 - PROCmultitoggle("'TAB(10)"KEY7 - FNmu"; 1070 PRINT"ltitest("'TAB(10)"KEY8 - auto line numbering"'TAB(10)"KEY9 - lists routine"' 1080 FORI%=0TO1:PRINTTAB(11)"�"CHR$141"GOOD LUCK!!":NEXT 1090 *FX229,0 1100 *FX4,0 1110 VDU 23,1;1;0;0;0; 1120 *KEY0 CH."A.INTPROC"|M*KEY0|M 1130 *KEY1 PROCset_up_port 1140 *KEY2 PROCturn( 1150 *KEY3 PROCtoggle( 1160 *KEY4 FNtest( 1170 *KEY5 PROCmultiturn( 1180 *KEY6 PROCmultitoggle( 1190 *KEY7 PROCmultitest( 1200 *KEY8 AUTO|M 1210 *KEY9 L.0,9999|N|M 1220 *KEY10 O.|M 1225 END 1230 DEF PROCtrysetup 1240 CLS:PROCmessage("PROCset_up_port","�","�") 1250 PRINT'''"This procedure sets up the interfaceand should be included at the beginningof every program or session at thekeyboard."'"Simply type:"'' 1260 PROCmessage("PROCset_up_port","�","") 1270 PRINT''"being very careful over capital lettersand small letters. N.B.the '_' is theunderline character!" 1280 PRINTTAB(0,23)"�PRESS RETURN TO EXECUTE PROCset_up_port";:REPEAT:dummy=GET:UNTIL dummy=13 1290 PROCset_up_port:PROCprompt 1300 FLAG=TRUE 1310 ENDPROC 1320 DEFPROCtryonoff 1330 IF FLAG=FALSE PROCtell:ENDPROC 1340 CLS:PROCmessage("PROCturn(onORoff$,linenumber)","�","�") 1350 PRINT''"This procedure allows you to turn on oroff any of the relay outputs numbered0 to 3. First type:"' 1360 PROCmessage("PROCturn(","�","") 1370 PRINT'"then include two 'parameters' in thebrackets. The first should specifywhether you want to turn on or off -type "on$" or "off$" in capital lettersand enclosed in inverted commas. Thesecond parameter "; 1380 PRINT" should be the numberof the relay you want to switch. eg."' 1390 PROCmessage("PROCturn("+on$+",2)","�","") 1400 PROCprompt 1410 CLS:PROCmessage("PROCturn(onORoff$,linenumber)","�","�") 1420 PRINT''"Now try one out. Complete the commandand press return."''' 1430 PROCmessage("PROCturn( ","�","") 1440 ONERROR GOSUB 780 1450 PROCinput(20,9,8) 1460 IF RIGHT$(ut$,1)=" " ut$=LEFT$(ut$,LEN(ut$)-1) 1470 IF MID$(ut$,4,2)=CHR$34+"," o$=MID$(ut$,2,2) ELSE IF MID$(ut$,5,2)=CHR$34+"," o$=MID$(ut$,2,3) ELSE o$="" 1480 IF RIGHT$(ut$,1)<>")" THEN *FX125 1490 IF LEFT$(ut$,1)<>CHR$34THEN *FX125 1500 line=VAL(MID$(ut$,LEN(ut$)-1,1)) 1510 PROCturn(o$,line) 1520 PROCok 1530 ONERROROFF 1540 ENDPROC 1550 DEFPROCtrytog 1560 IF FLAG=FALSE PROCtell:ENDPROC 1570 CLS:PROCmessage("PROCtoggle(linenumber)","�","�") 1580 PRINT''"This procedure allows you to reversethe state of any of the relay outputsnumbered 0 to 3. First type:"' 1590 PROCmessage("PROCtoggle(","�","") 1600 PRINT'"then include one 'parameter' in thebrackets. This should be the number ofthe relay you want to 'toggle'. eg."' 1610 PROCmessage("PROCtoggle(2)","�","") 1620 PROCprompt 1630 CLS:PROCmessage("PROCtoggle(linenumber)","�","�") 1640 PRINT''"Now try one out. Complete the commandand press return."''' 1650 PROCmessage("PROCtoggle( ","�","") 1660 ONERROR GOSUB 780 1670 PROCinput(21,9,2) 1680 IF ASC(LEFT$(ut$,1))>51 OR ASC(LEFT$(ut$,1))<48 THEN *FX125 1690 IF RIGHT$(ut$,1)<>")" THEN *FX125 1700 PROCtoggle(VAL(LEFT$(ut$,1))) 1710 PROCok 1720 ONERROROFF 1730 ENDPROC 1740 DEFPROCtrytest 1750 IF FLAG=FALSE PROCtell:ENDPROC 1760 CLS:PROCmessage("FNtest(linenumber)","�","�") 1770 PRINT''"This function allows you to test thestate of any of the digital inputsnumbered 4 to 7. First type:"' 1780 PROCmessage("PRINT FNtest(","�","") 1790 PRINT'"then include one 'parameter' in thebrackets. This should be the number ofthe input you want to test. eg."' 1800 PROCmessage("PRINT FNtest(7)","�","") 1810 PRINT'"This will print out "on$" if the yellowsocket marked '7' is connected to oneof the red sockets, and "off$" if it isconnected to one of the green sockets." 1820 PROCprompt 1830 CLS:PROCmessage("FNtest(linenumber)","�","�") 1840 PRINT''"Now try one out. Complete the commandand press return."''' 1850 PROCmessage("PRINT FNtest( ","�","") 1860 ONERROR GOSUB 780 1870 PROCinput(22,9,2) 1880 IF ASC(LEFT$(ut$,1))>ASC"7" OR ASC(LEFT$(ut$,1))<ASC"4" THEN *FX125 1890 IF RIGHT$(ut$,1)<>")" THEN *FX125 1900 line=VAL(LEFT$(ut$,1)) 1910 result$=FNtest(line) 1920 PRINT'''':PROCmessage("LINE "+STR$(line)+" IS�"+result$+" ","�","") 1930 PRINT'':PROCprompt 1940 ONERROROFF 1950 ENDPROC 1960 DEFPROCtrymulonoff 1970 IF FLAG=FALSE PROCtell:ENDPROC 1980 CLS:PROCmessage("PROCmultiturn(onORoff$,pattern$)","�","�") 1990 PRINT'"This procedure allows you to turn on oroff any group of the relay outputs."'"First type:" 2000 PROCmessage("PROCmultiturn(","�","") 2010 PRINT"then include two 'parameters' in thebrackets. The first should specifywhether you want to turn on or off -type "on$" or "off$" in capital lettersand enclosed in inverted commas. Thesecond parameter shou"; 2020 PRINT"ld represent therelays you want to switch as a binarynumber with four digits. eg." 2030 PROCmessage("PROCmultiturn("+on$+",""1010"")","�","") 2040 PRINT"would turn on relays 3 and 1. Try a fewto see how it works." 2050 PROCprompt 2060 CLS:PROCmessage("PROCmultiturn(onORoff$,pattern$)","�","�") 2070 PRINT''"Complete the command and press return."'' 2080 PROCmessage("PROCmultiturn( ","�","") 2090 ONERROR GOSUB 780 2100 PROCinput(21,8,13) 2110 IF RIGHT$(ut$,1)=" " ut$=LEFT$(ut$,LEN(ut$)-1) 2120 IF MID$(ut$,4,2)=CHR$34+"," o$=MID$(ut$,2,2) ELSE IF MID$(ut$,5,2)=CHR$34+"," o$=MID$(ut$,2,3) ELSE o$="" 2130 IF RIGHT$(ut$,2)<>CHR$34+")" THEN *FX125 2140 pattern$=MID$(ut$,LEN(ut$)-5,4) 2150 PROCmultiturn(o$,pattern$) 2160 PROCok 2170 ONERROROFF 2180 ENDPROC 2190 DEFPROCtrymultog 2200 IF FLAG=FALSE PROCtell:ENDPROC 2210 CLS:PROCmessage("PROCmultitoggle(pattern$)","�","�") 2220 PRINT''"This procedure allows you to 'toggle'on or off any group of the relays."'"First type:" 2230 PROCmessage("PROCmultitoggle(","�","") 2240 PRINT'"then include one 'parameter' in thebrackets. This should be a binaryrepresentation of the relays you wantto toggle. Four binary digits shouldbe given, enclosed in inverted commas.eg." 2250 PROCmessage("PROCmultitoggle(""0101"")","�","") 2260 PRINT'"This would toggle relays 0 and 2. Try afew and see how it works." 2270 PROCprompt 2280 CLS:PROCmessage("PROCmultitoggle(pattern$)","�","�") 2290 PRINT''"Complete the command and press return."'' 2300 PROCmessage("PROCmultitoggle( ","�","") 2310 ONERROR GOSUB 780 2320 PROCinput(22,8,7) 2330 IF NOT(RIGHT$(ut$,2)=CHR$34+")" AND LEFT$(ut$,1)=CHR$34) THEN *FX125 2340 pattern$=MID$(ut$,LEN(ut$)-5,4) 2350 PROCmultitoggle(pattern$) 2360 PROCok 2370 ONERROROFF 2380 ENDPROC 2390 DEFPROCtrymultest 2400 IF FLAG=FALSE PROCtell:ENDPROC 2410 CLS:PROCmessage("FNmultitest(pattern$)","�","�") 2420 PRINT'"This function allows you to test anygroup of the digital inputs. It returnsthe result "on$" if ALL the given inputsare on and "off$" otherwise. First type:" 2430 PROCmessage("PRINT FNmultitest(","�","") 2440 PRINT'"then include one 'parameter' in thebrackets. This should be a binaryrepresentation of the inputs you wantto test. Four binary digits should begiven, enclosed in inverted commas. eg."' 2450 PROCmessage("PRINT FNmultitest(""0101"")","�","") 2460 PRINT'"This would test inputs 4 and 6. Try afew and see how it works." 2470 PROCprompt 2480 CLS:PROCmessage("FNmultitest(pattern$)","�","�") 2490 PRINT''"Complete the command and press return."'' 2500 PROCmessage("PRINT FNmultitest( ","�","") 2510 ONERROR GOSUB 780 2520 PROCinput(23,8,7) 2530 IF NOT(RIGHT$(ut$,2)=CHR$34+")" AND LEFT$(ut$,1)=CHR$34) THEN *FX125 2540 pattern$=MID$(ut$,LEN(ut$)-5,4) 2550 result$=FNmultitest(pattern$) 2560 PRINT'':PROCmessage("LINES�"+result$+" ","�","") 2570 PROCprompt 2580 ONERROROFF 2590 ENDPROC 2600 REM ********************** 2610 REM *INTERFACE PROCEDURES* 2620 REM ********************** 10000 REM ***USES OSBYTE/*FX150 TO EXAMINE VIA REGISTER. REQUIRES OFFSET OF REGISTER IN PAGE &FE AS PARAMETER.*** 10010 DEF FNpeek(offset) 10020 LOCAL value 10030 A%=150:X%=offset:value=(USR(&FFF4) AND &FF0000) DIV &10000 10040 =value 11000 REM ***USES OSBYTE/*FX151 TO WRITE A VALUE TO A VIA REGISTER. REQUIRES OFFSET OF REGISTER IN PAGE &FE, AND VALUE TO BE WRITTEN AS PARAMETERS.*** 11010 DEF PROCpoke(offset,value) 11020 A%=151:X%=offset:Y%=value:CALL &FFF4 11030 ENDPROC 12000 REM ***EXAMINES THE CURRENT STATE OF THE RELAY SPECIFIED AND SWAPS IT OVER.*** 12010 DEF PROCtoggle(linenumber) 12020 IF (linenumber>3 OR linenumber<0) THEN *FX125 12030 LOCAL bitvalue,oldvalue,newvalue 12040 bitvalue=2^linenumber 12050 oldvalue=FNpeek(&60) 12060 newvalue=oldvalue EOR bitvalue 12070 PROCpoke(&60,newvalue) 12080 ENDPROC 13000 REM ***TURNS ON OR OFF A SPECIFIED RELAY. REQUIRES ACTION TO BE TAKEN ie. "ON" OR "OFF", AND RELAY NUMBER AS PARAMETERS*** 13010 DEF PROCturn(onORoff$,linenumber) 13020 IF NOT(onORoff$="ON" OR onORoff$="OFF") THEN *FX125 13030 IF (linenumber>3 OR linenumber<0) THEN *FX125 13040 LOCAL bitvalue,oldvalue,newvalue 13050 bitvalue=2^linenumber 13060 oldvalue=FNpeek(&60) 13070 IF onORoff$="ON" THEN newvalue=oldvalue OR bitvalue ELSE newvalue=oldvalue AND (255-bitvalue) 13080 PROCpoke(&60,newvalue) 13090 ENDPROC 14000 REM ***TESTS THE CURRENT STATE OF THE SPECIFIED INPUT (4-7) AND RETURNS THE VALUE "ON" OR "OFF".*** 14010 DEF FNtest(linenumber) 14020 IF (linenumber>7 OR linenumber<4) THEN *FX125 14030 LOCAL bitvalue 14040 bitvalue=2^linenumber 14050 result=((FNpeek(&60) AND bitvalue)=bitvalue) 14060 IF result THEN ="ON" ELSE ="OFF" 15000 REM ***TESTS THE STATE OF THE SPECIFIED RELAYS IN TURN AND SWAPS THEM. REQUIRES A STRING REPRESENTING THE RELAYS TO BE TOGGLED AS A BINARY PATTERN.*** 15010 DEF PROCmultitoggle(pattern$) 15020 LOCAL L,L$,mask%,oldvalue,newvalue 15030 IF LEN(pattern$)<>4 THEN *FX125 15040 FOR L=1 TO 4:L$=MID$(pattern$,L,1):IF NOT(L$="1" OR L$="0") THEN *FX125 15050 NEXT 15060 mask%=0:FOR L=1 TO 4:IF (MID$(pattern$,L,1)="1") THEN mask%=mask%+2^(4-L) 15070 NEXT 15080 oldvalue=FNpeek(&60):newvalue=oldvalue EOR mask% 15090 PROCpoke(&60,newvalue) 15100 ENDPROC 16000 REM ***TURNS ON OR OFF THE SPECIFIED GROUP OF RELAYS. REQUIRES TWO PARAMETERS:-(i)THE ACTION TO BE TAKEN ie."ON" OR "OFF", (ii)A STRING REPRESENTING THE RELAYS TO BE SWITCHED AS A BINARY PATTERN.*** 16010 DEF PROCmultiturn(onORoff$,pattern$) 16020 LOCAL L,L$,mask%,oldvalue,newvalue 16030 IF LEN(pattern$)<>4 OR NOT(onORoff$="ON" OR onORoff$="OFF") THEN *FX125 16040 FOR L=1 TO 4:L$=MID$(pattern$,L,1):IF NOT(L$="1" OR L$="0") THEN *FX125 16050 NEXT 16060 mask%=0:FOR L=1 TO 4:IF (MID$(pattern$,L,1)="1") THEN mask%=mask%+2^(4-L) 16070 NEXT 16080 oldvalue=FNpeek(&60):IF onORoff$="ON" THEN newvalue=oldvalue OR mask% ELSE newvalue=oldvalue AND (255-mask%) 16090 PROCpoke(&60,newvalue) 16100 ENDPROC 17000 REM ***TESTS THE SPECIFIED GROUP OF INPUTS AND RETURNS THE VALUE "ON" IF ALL OF THEM ARE ON AND "OFF" IF ANY ONE OF THEM IS OFF. REQUIRES A STRING REPRESENTING THE INPUTS TO BE TESTED AS A BINARY PATTERN.*** 17010 DEF FNmultitest(pattern$) 17020 LOCAL L,L$,testmask%,result 17030 IF LEN(pattern$)<>4 THEN *FX125 17040 FOR L=1 TO 4:L$=MID$(pattern$,L,1):IF NOT(L$="1" OR L$="0") THEN *FX125 17050 NEXT 17060 testmask%=0:FOR L=1 TO 4:IF (MID$(pattern$,L,1)="1") THEN testmask%=testmask%+2^(8-L) 17070 NEXT 17080 result=((FNpeek(&60) AND testmask%)=testmask%) 17090 IF result THEN ="ON" ELSE ="OFF" 18000 REM ***INITIALISES USER PORT AS FOUR OUTPUTS ON PB0-3 AND FOUR INPUTS ON PB4-7. TURNS ALL OUTPUTS OFF.*** 18010 DEF PROCset_up_port 18020 PROCpoke(&62,15) 18030 PROCpoke(&60,0) 18040 ENDPROC
� ************************* � INTTEST - AN INTRODUCTION � TO CONTROL PROGRAMMING ( � WITH THE PILOT 1 DIGITAL 2 � INTERFACE. THE IMPORTANT < � PROCEDURES ARE NUMBERED F � FROM 10000 UPWARDS. THESE P � BEAR NO COPYRIGHT. PLEASE Z � USE THEM FREELY. DMB d � ************************* n � V1.0 x% � COPYRIGHT PILOT ONE LTD., 1984 � � ************************* �I � ***INITIALISE STRINGS,FLAGS,POINTERS,OPERATING SYSTEM,ETC......*** �" ARR$=�136+�91+�137:NOA$=" " � FLAG=� � on$=�34+"ON"+�34 � off$=�34+"OFF"+�34 � *FX4,1 � *FX229,1 � *FX18 � �7:�23,1,0;0;0;0; � �cover �* � ***MAIN PROGRAM LOOP BEGINS HERE*** � � 5 �:�message("CONTROL PROGRAMMING - MENU","�","�") �procmenu:�instruct V=0:H=0:�find(30,4,1,9,0,2) " � V=0 �trysetup , � V=1 �tryonoff 6 � V=2 �trytog @ � V=3 �trytest J � V=4 �trymulonoff T � V=5 �trymultog ^ � V=6 �trymultest h � V=7 �program r � V=8 � 7:�end | � � �3 � ***MAIN PROCEDURES FOR INTTEST BEGIN HERE*** � ��cover � �''''''' �� �message("SOME SIMPLE AIDS TO","�","�"):�message("CONTROL PROGRAMMING","�","�"):�message("USING THE USER PORT","�","�"):�message("OF THE BBC MICRO","�","�") � �prompt � � � ��find(X,Y,M,N,W,D) � � � � � �X+(H*W),Y+(V*D));ARR$ � A=� � �(A>135�A<140)�A=13 � �X+(H*W),Y+(V*D));NOA$ * �A=138�V<(N-1)�V=V+1��A=139�V>0V=V-1 ) �A=137�H<(M-1)�H=H+1��A=136�H>0H=H-1 �A=13:�7 & � 0 ��end : � 23,1,1;0;0;0; D *FX229,0 N *FX4,0 X � b ��message(M$,fo$,ba$) l �I%=0�1 v � ba$="":�; � �ba$;�157; � �fo$;�141��(40-�(M$))/2);M$ � � � � � � �procmenu �� �7,4)"SET UP INTERFACE"�7,6)"SWITCH ONE OUTPUT"�7,8)"TOGGLE ONE OUTPUT"�7,10)"TEST ONE INPUT"�7,12)"SWITCH SEVERAL OUTPUTS"�7,14)"TOGGLE SEVERAL OUTPUTS"�7,16)"TEST SEVERAL INPUTS"�7,18); �4 �"START PROGRAMMING"�6,20)"�EXIT FROM PROGRAM�" � � � � �prompt �7 �0,23)" � PRESS ANY KEY TO CONTINUE "; � dummy=� � � � ��instruct �6 �2,23)�131"USE ARROW KEYS AND RETURN TO SELECT" � , �:�message("SILLY MISTAKE!!!","�","�") �'''''''' & �message("TRY AGAIN!!!!!","�","") *< �'':�message("THIS TIME�READ�THE INSTRUCTIONS!","�","") 4 �prompt > � �dz@ H ��ok R8 �:�7:�'''''''''':�message("IT WORKED!!!!!!","�","") \ �prompt f � p ��tell z9 �:�''''''''':�message("INTERFACE NOT SET UP","�","") � �prompt:� � ��input(x%,y%,maxlen%) � � 23,1,1;0;0;0; � le%=0 � ut$="":� �x%,y%+1); � � �" �:A=�:� (A>31 � A<128) � A=13 �q � (A=127 � le%>0) �(A);�(9);�(11);�(A);�(10); � � A<>13 � le%<maxlen% � A<>127 �(A);�(8);�(11);�(A);�(10); �( � A<>13 � le%=maxlen% � A<>127 �7 �d � A=127 � le%>0 ut$=�ut$,le%-1):le%=le%-1 � � A<>13 � A<>127 � le%<maxlen% ut$=ut$+�A:le%=le%+1 � � A=13 � � 23,1,0;0;0;0; � � ��program 1 �:�message("GETTING STARTED.....","�","�") � �'"The PROCEDURES and FUNCTIONS describedin this program begin at line 10000.The red function keys have been set upto help you start writing your ownprogram. The key definitions are asfollows:" $� �'�10)"KEY0 - gets you going"'�10)"KEY1 - PROCset_up_port"'�10)"KEY2 - PROCturn("'�10)"KEY3 - PROCtoggle("'�10)"KEY4 - FNtest("'�10)"KEY5 - PROCmultiturn("'�10)"KEY6 - PROCmultitoggle("'�10)"KEY7 - FNmu"; .M �"ltitest("'�10)"KEY8 - auto line numbering"'�10)"KEY9 - lists routine"' 8) �I%=0�1:�11)"�"�141"GOOD LUCK!!":� B *FX229,0 L *FX4,0 V � 23,1;1;0;0;0; `" *KEY0 CH."A.INTPROC"|M*KEY0|M j *KEY1 PROCset_up_port t *KEY2 PROCturn( ~ *KEY3 PROCtoggle( � *KEY4 FNtest( � *KEY5 PROCmultiturn( � *KEY6 PROCmultitoggle( � *KEY7 PROCmultitest( � *KEY8 AUTO|M � *KEY9 L.0,9999|N|M � *KEY10 O.|M � � � � �trysetup �+ �:�message("PROCset_up_port","�","�") � �'''"This procedure sets up the interfaceand should be included at the beginningof every program or session at thekeyboard."'"Simply type:"'' �' �message("PROCset_up_port","�","") �o �''"being very careful over capital lettersand small letters. N.B.the '_' is theunderline character!" N �0,23)"�PRESS RETURN TO EXECUTE PROCset_up_port";:�:dummy=�:� dummy=13 �set_up_port:�prompt FLAG=� � ( ��tryonoff 2 � FLAG=� �tell:� <8 �:�message("PROCturn(onORoff$,linenumber)","�","�") Fo �''"This procedure allows you to turn on oroff any of the relay outputs numbered0 to 3. First type:"' P! �message("PROCturn(","�","") Z� �'"then include two 'parameters' in thebrackets. The first should specifywhether you want to turn on or off -type "on$" or "off$" in capital lettersand enclosed in inverted commas. Thesecond parameter "; dF �" should be the numberof the relay you want to switch. eg."' n+ �message("PROCturn("+on$+",2)","�","") x �prompt �9 �:�message("PROCturn(onORoff$,linenumber)","�","�") �F �''"Now try one out. Complete the commandand press return."''' �* �message("PROCturn( ","�","") � � � �TLC � �input(20,9,8) �% � �ut$,1)=" " ut$=�ut$,�(ut$)-1) �P � �ut$,4,2)=�34+"," o$=�ut$,2,2) � � �ut$,5,2)=�34+"," o$=�ut$,2,3) � o$="" � � �ut$,1)<>")" � *FX125 � � �ut$,1)<>�34� *FX125 � line=�(�ut$,�(ut$)-1,1)) � �turn(o$,line) � �ok � � ��trytog � FLAG=� �tell:� "1 �:�message("PROCtoggle(linenumber)","�","�") ,x �''"This procedure allows you to reversethe state of any of the relay outputsnumbered 0 to 3. First type:"' 6% �message("PROCtoggle(","�","") @~ �'"then include one 'parameter' in thebrackets. This should be the number ofthe relay you want to 'toggle'. eg."' J& �message("PROCtoggle(2)","�","") T �prompt ^1 �:�message("PROCtoggle(linenumber)","�","�") hF �''"Now try one out. Complete the commandand press return."''' r+ �message("PROCtoggle( ","�","") | � � �TLC � �input(21,9,2) �- � �(�ut$,1))>51 � �(�ut$,1))<48 � *FX125 � � �ut$,1)<>")" � *FX125 � �toggle(�(�ut$,1))) � �ok � � � � ��trytest � � FLAG=� �tell:� �. �:�message("FNtest(linenumber)","�","�") �x �''"This function allows you to test thestate of any of the digital inputsnumbered 4 to 7. First type:"' �% �message("PRINT FNtest(","�","") �z �'"then include one 'parameter' in thebrackets. This should be the number ofthe input you want to test. eg."' ' �message("PRINT FNtest(7)","�","") � �'"This will print out "on$" if the yellowsocket marked '7' is connected to oneof the red sockets, and "off$" if it isconnected to one of the green sockets." �prompt &. �:�message("FNtest(linenumber)","�","�") 0G �''"Now try one out. Complete the commandand press return."''' :- �message("PRINT FNtest( ","�","") D � � �TLC N �input(22,9,2) X1 � �(�ut$,1))>�"7" � �(�ut$,1))<�"4" � *FX125 b � �ut$,1)<>")" � *FX125 l line=�(�ut$,1)) v result$=�test(line) �E �'''':�message("LINE "+�(line)+" IS�"+result$+" ","�","") � �'':�prompt � � � � ��trymulonoff � � FLAG=� �tell:� �< �:�message("PROCmultiturn(onORoff$,pattern$)","�","�") �b �'"This procedure allows you to turn on oroff any group of the relay outputs."'"First type:" �& �message("PROCmultiturn(","�","") �� �"then include two 'parameters' in thebrackets. The first should specifywhether you want to turn on or off -type "on$" or "off$" in capital lettersand enclosed in inverted commas. Thesecond parameter shou"; �^ �"ld represent therelays you want to switch as a binarynumber with four digits. eg." �7 �message("PROCmultiturn("+on$+",""1010"")","�","") �D �"would turn on relays 3 and 1. Try a fewto see how it works." �prompt < �:�message("PROCmultiturn(onORoff$,pattern$)","�","�") 4 �''"Complete the command and press return."'' 1 �message("PROCmultiturn( ","�","") * � � �TLC 4 �input(21,8,13) >& � �ut$,1)=" " ut$=�ut$,�(ut$)-1) HP � �ut$,4,2)=�34+"," o$=�ut$,2,2) � � �ut$,5,2)=�34+"," o$=�ut$,2,3) � o$="" R# � �ut$,2)<>�34+")" � *FX125 \ pattern$=�ut$,�(ut$)-5,4) f �multiturn(o$,pattern$) p �ok z � � � ��trymultog � � FLAG=� �tell:� �5 �:�message("PROCmultitoggle(pattern$)","�","�") �b �''"This procedure allows you to 'toggle'on or off any group of the relays."'"First type:" �) �message("PROCmultitoggle(","�","") �� �'"then include one 'parameter' in thebrackets. This should be a binaryrepresentation of the relays you wantto toggle. Four binary digits shouldbe given, enclosed in inverted commas.eg." �1 �message("PROCmultitoggle(""0101"")","�","") �M �'"This would toggle relays 0 and 2. Try afew and see how it works." � �prompt �5 �:�message("PROCmultitoggle(pattern$)","�","�") �4 �''"Complete the command and press return."'' �4 �message("PROCmultitoggle( ","�","") � � �TLC �input(22,8,7) 0 � �(�ut$,2)=�34+")" � �ut$,1)=�34) � *FX125 $ pattern$=�ut$,�(ut$)-5,4) . �multitoggle(pattern$) 8 �ok B L � V ��trymultest ` � FLAG=� �tell:� j2 �:�message("FNmultitest(pattern$)","�","�") t� �'"This function allows you to test anygroup of the digital inputs. It returnsthe result "on$" if ALL the given inputsare on and "off$" otherwise. First type:" ~+ �message("PRINT FNmultitest(","�","") �� �'"then include one 'parameter' in thebrackets. This should be a binaryrepresentation of the inputs you wantto test. Four binary digits should begiven, enclosed in inverted commas. eg."' �3 �message("PRINT FNmultitest(""0101"")","�","") �K �'"This would test inputs 4 and 6. Try afew and see how it works." � �prompt �0 �:�message("FNmultitest(pattern$)","�","�") �4 �''"Complete the command and press return."'' �6 �message("PRINT FNmultitest( ","�","") � � � �TLC � �input(23,8,7) �2 � �(�ut$,2)=�34+")" � �ut$,1)=�34) � *FX125 � pattern$=�ut$,�(ut$)-5,4) �! result$=�multitest(pattern$) 0 �'':�message("LINES�"+result$+" ","�","") �prompt � ( � ********************** 2 � *INTERFACE PROCEDURES* < � ********************** 'n � ***USES OSBYTE/*FX150 TO EXAMINE VIA REGISTER. REQUIRES OFFSET OF REGISTER IN PAGE &FE AS PARAMETER.*** ' � �peek(offset) '$ � value '.: A%=150:X%=offset:value=(�(&FFF4) � &FF0000) � &10000 '8 =value *�� � ***USES OSBYTE/*FX151 TO WRITE A VALUE TO A VIA REGISTER. REQUIRES OFFSET OF REGISTER IN PAGE &FE, AND VALUE TO BE WRITTEN AS PARAMETERS.*** + � �poke(offset,value) +' A%=151:X%=offset:Y%=value:� &FFF4 + � .�Q � ***EXAMINES THE CURRENT STATE OF THE RELAY SPECIFIED AND SWAPS IT OVER.*** .� � �toggle(linenumber) .�. � (linenumber>3 � linenumber<0) � *FX125 .�! � bitvalue,oldvalue,newvalue / bitvalue=2^linenumber / oldvalue=�peek(&60) /! newvalue=oldvalue � bitvalue /& �poke(&60,newvalue) /0 � 2�~ � ***TURNS ON OR OFF A SPECIFIED RELAY. REQUIRES ACTION TO BE TAKEN ie. "ON" OR "OFF", AND RELAY NUMBER AS PARAMETERS*** 2�! � �turn(onORoff$,linenumber) 2�2 � �(onORoff$="ON" � onORoff$="OFF") � *FX125 2�. � (linenumber>3 � linenumber<0) � *FX125 2�! � bitvalue,oldvalue,newvalue 2� bitvalue=2^linenumber 3 oldvalue=�peek(&60) 3X � onORoff$="ON" � newvalue=oldvalue � bitvalue � newvalue=oldvalue � (255-bitvalue) 3 �poke(&60,newvalue) 3" � 6�f � ***TESTS THE CURRENT STATE OF THE SPECIFIED INPUT (4-7) AND RETURNS THE VALUE "ON" OR "OFF".*** 6� � �test(linenumber) 6�/ � (linenumber>7 � linenumber<4) � *FX125 6� � bitvalue 6� bitvalue=2^linenumber 6�. result=((�peek(&60) � bitvalue)=bitvalue) 6� � result � ="ON" � ="OFF" :�� � ***TESTS THE STATE OF THE SPECIFIED RELAYS IN TURN AND SWAPS THEM. REQUIRES A STRING REPRESENTING THE RELAYS TO BE TOGGLED AS A BINARY PATTERN.*** :� � �multitoggle(pattern$) :�# � L,L$,mask%,oldvalue,newvalue :� � �(pattern$)<>4 � *FX125 :�> � L=1 � 4:L$=�pattern$,L,1):� �(L$="1" � L$="0") � *FX125 :� � :�E mask%=0:� L=1 � 4:� (�pattern$,L,1)="1") � mask%=mask%+2^(4-L) :� � :�2 oldvalue=�peek(&60):newvalue=oldvalue � mask% :� �poke(&60,newvalue) :� � >�� � ***TURNS ON OR OFF THE SPECIFIED GROUP OF RELAYS. REQUIRES TWO PARAMETERS:-(i)THE ACTION TO BE TAKEN ie."ON" OR "OFF", (ii)A STRING REPRESENTING THE RELAYS TO BE SWITCHED AS A BINARY PATTERN.*** >�$ � �multiturn(onORoff$,pattern$) >�# � L,L$,mask%,oldvalue,newvalue >�B � �(pattern$)<>4 � �(onORoff$="ON" � onORoff$="OFF") � *FX125 >�> � L=1 � 4:L$=�pattern$,L,1):� �(L$="1" � L$="0") � *FX125 >� � >�E mask%=0:� L=1 � 4:� (�pattern$,L,1)="1") � mask%=mask%+2^(4-L) >� � >�f oldvalue=�peek(&60):� onORoff$="ON" � newvalue=oldvalue � mask% � newvalue=oldvalue � (255-mask%) >� �poke(&60,newvalue) >� � Bh� � ***TESTS THE SPECIFIED GROUP OF INPUTS AND RETURNS THE VALUE "ON" IF ALL OF THEM ARE ON AND "OFF" IF ANY ONE OF THEM IS OFF. REQUIRES A STRING REPRESENTING THE INPUTS TO BE TESTED AS A BINARY PATTERN.*** Br � �multitest(pattern$) B| � L,L$,testmask%,result B� � �(pattern$)<>4 � *FX125 B�> � L=1 � 4:L$=�pattern$,L,1):� �(L$="1" � L$="0") � *FX125 B� � B�P testmask%=0:� L=1 � 4:� (�pattern$,L,1)="1") � testmask%=testmask%+2^(8-L) B� � B�1 result=((�peek(&60) � testmask%)=testmask%) B� � result � ="ON" � ="OFF" FPl � ***INITIALISES USER PORT AS FOUR OUTPUTS ON PB0-3 AND FOUR INPUTS ON PB4-7. TURNS ALL OUTPUTS OFF.*** FZ � �set_up_port Fd �poke(&62,15) Fn �poke(&60,0) Fx � �
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COPYRIGHT PIL| 00000160 4f 54 20 4f 4e 45 20 4c 54 44 2e 2c 20 31 39 38 |OT ONE LTD., 198| 00000170 34 0d 00 82 20 20 f4 20 2a 2a 2a 2a 2a 2a 2a 2a |4... . ********| 00000180 2a 2a 2a 2a 2a 2a 2a 2a 2a 2a 2a 2a 2a 2a 2a 2a |****************| 00000190 2a 0d 00 8c 49 20 f4 20 2a 2a 2a 49 4e 49 54 49 |*...I . ***INITI| 000001a0 41 4c 49 53 45 20 53 54 52 49 4e 47 53 2c 46 4c |ALISE STRINGS,FL| 000001b0 41 47 53 2c 50 4f 49 4e 54 45 52 53 2c 4f 50 45 |AGS,POINTERS,OPE| 000001c0 52 41 54 49 4e 47 20 53 59 53 54 45 4d 2c 45 54 |RATING SYSTEM,ET| 000001d0 43 2e 2e 2e 2e 2e 2e 2a 2a 2a 0d 00 96 22 20 41 |C......***..." A| 000001e0 52 52 24 3d bd 31 33 36 2b bd 39 31 2b bd 31 33 |RR$=.136+.91+.13| 000001f0 37 3a 4e 4f 41 24 3d 22 20 20 20 22 0d 00 a0 0b |7:NOA$=" "....| 00000200 20 46 4c 41 47 3d a3 0d 00 aa 17 20 6f 6e 24 3d | FLAG=..... on$=| 00000210 bd 33 34 2b 22 4f 4e 22 2b bd 33 34 20 20 0d 00 |.34+"ON"+.34 ..| 00000220 b4 18 20 6f 66 66 24 3d bd 33 34 2b 22 4f 46 46 |.. off$=.34+"OFF| 00000230 22 2b bd 33 34 20 0d 00 be 0b 20 2a 46 58 34 2c |"+.34 .... *FX4,| 00000240 31 0d 00 c8 0e 20 2a 46 58 32 32 39 2c 31 20 0d |1.... *FX229,1 .| 00000250 00 d2 0a 20 2a 46 58 31 38 0d 00 dc 16 20 eb 37 |... *FX18.... .7| 00000260 3a ef 32 33 2c 31 2c 30 3b 30 3b 30 3b 30 3b 0d |:.23,1,0;0;0;0;.| 00000270 00 e6 0b 20 f2 63 6f 76 65 72 0d 00 f0 2a 20 f4 |... .cover...* .| 00000280 20 2a 2a 2a 4d 41 49 4e 20 50 52 4f 47 52 41 4d | ***MAIN PROGRAM| 00000290 20 4c 4f 4f 50 20 42 45 47 49 4e 53 20 48 45 52 | LOOP BEGINS HER| 000002a0 45 2a 2a 2a 0d 00 fa 06 20 f5 0d 01 04 35 20 db |E***.... ....5 .| 000002b0 3a f2 6d 65 73 73 61 67 65 28 22 43 4f 4e 54 52 |:.message("CONTR| 000002c0 4f 4c 20 50 52 4f 47 52 41 4d 4d 49 4e 47 20 2d |OL PROGRAMMING -| 000002d0 20 4d 45 4e 55 22 2c 22 81 22 2c 22 83 22 29 0d | MENU",".",".").| 000002e0 01 0e 18 20 f2 70 72 6f 63 6d 65 6e 75 3a f2 69 |... .procmenu:.i| 000002f0 6e 73 74 72 75 63 74 0d 01 18 20 20 56 3d 30 3a |nstruct... 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F| 00002130 6f 75 72 20 20 62 69 6e 61 72 79 20 20 64 69 67 |our binary dig| 00002140 69 74 73 20 73 68 6f 75 6c 64 62 65 20 67 69 76 |its shouldbe giv| 00002150 65 6e 2c 20 20 65 6e 63 6c 6f 73 65 64 20 69 6e |en, enclosed in| 00002160 20 20 69 6e 76 65 72 74 65 64 20 63 6f 6d 6d 61 | inverted comma| 00002170 73 2e 65 67 2e 22 20 20 0d 08 ca 31 20 f2 6d 65 |s.eg." ...1 .me| 00002180 73 73 61 67 65 28 22 50 52 4f 43 6d 75 6c 74 69 |ssage("PROCmulti| 00002190 74 6f 67 67 6c 65 28 22 22 30 31 30 31 22 22 29 |toggle(""0101"")| 000021a0 22 2c 22 82 22 2c 22 22 29 0d 08 d4 4d 20 f1 27 |",".","")...M .'| 000021b0 22 54 68 69 73 20 77 6f 75 6c 64 20 74 6f 67 67 |"This would togg| 000021c0 6c 65 20 72 65 6c 61 79 73 20 30 20 61 6e 64 20 |le relays 0 and | 000021d0 32 2e 20 20 54 72 79 20 61 66 65 77 20 61 6e 64 |2. Try afew and| 000021e0 20 73 65 65 20 68 6f 77 20 69 74 20 77 6f 72 6b | see how it work| 000021f0 73 2e 22 20 20 20 0d 08 de 0c 20 f2 70 72 6f 6d |s." .... .prom| 00002200 70 74 0d 08 e8 35 20 db 3a f2 6d 65 73 73 61 67 |pt...5 .:.messag| 00002210 65 28 22 50 52 4f 43 6d 75 6c 74 69 74 6f 67 67 |e("PROCmultitogg| 00002220 6c 65 28 70 61 74 74 65 72 6e 24 29 22 2c 22 84 |le(pattern$)",".| 00002230 22 2c 22 83 22 29 20 0d 08 f2 34 20 f1 27 27 22 |",".") ...4 .''"| 00002240 43 6f 6d 70 6c 65 74 65 20 20 74 68 65 20 63 6f |Complete the co| 00002250 6d 6d 61 6e 64 20 61 6e 64 20 70 72 65 73 73 20 |mmand and press | 00002260 20 72 65 74 75 72 6e 2e 22 27 27 0d 08 fc 34 20 | return."''...4 | 00002270 f2 6d 65 73 73 61 67 65 28 22 50 52 4f 43 6d 75 |.message("PROCmu| 00002280 6c 74 69 74 6f 67 67 6c 65 28 20 20 20 20 20 20 |ltitoggle( | 00002290 20 20 20 20 20 22 2c 22 82 22 2c 22 22 29 20 0d | ",".","") .| 000022a0 09 06 0e 20 ee 85 20 e4 20 8d 54 4c 43 0d 09 10 |... .. . .TLC...| 000022b0 14 20 f2 69 6e 70 75 74 28 32 32 2c 38 2c 37 29 |. .input(22,8,7)| 000022c0 20 0d 09 1a 30 20 e7 20 ac 28 c2 75 74 24 2c 32 | ...0 . .(.ut$,2| 000022d0 29 3d bd 33 34 2b 22 29 22 20 80 20 c0 75 74 24 |)=.34+")" . .ut$| 000022e0 2c 31 29 3d bd 33 34 29 20 8c 20 2a 46 58 31 32 |,1)=.34) . *FX12| 000022f0 35 0d 09 24 1e 20 70 61 74 74 65 72 6e 24 3d c1 |5..$. pattern$=.| 00002300 75 74 24 2c a9 28 75 74 24 29 2d 35 2c 34 29 0d |ut$,.(ut$)-5,4).| 00002310 09 2e 1b 20 f2 6d 75 6c 74 69 74 6f 67 67 6c 65 |... .multitoggle| 00002320 28 70 61 74 74 65 72 6e 24 29 0d 09 38 08 20 f2 |(pattern$)..8. .| 00002330 6f 6b 0d 09 42 09 20 ee 85 87 20 0d 09 4c 06 20 |ok..B. ... ..L. | 00002340 e1 0d 09 56 11 20 dd f2 74 72 79 6d 75 6c 74 65 |...V. ..trymulte| 00002350 73 74 0d 09 60 16 20 e7 20 46 4c 41 47 3d a3 20 |st..`. . FLAG=. | 00002360 f2 74 65 6c 6c 3a e1 20 0d 09 6a 32 20 db 3a f2 |.tell:. ..j2 .:.| 00002370 6d 65 73 73 61 67 65 28 22 46 4e 6d 75 6c 74 69 |message("FNmulti| 00002380 74 65 73 74 28 70 61 74 74 65 72 6e 24 29 22 2c |test(pattern$)",| 00002390 22 84 22 2c 22 83 22 29 20 20 0d 09 74 ab 20 f1 |".",".") ..t. .| 000023a0 27 22 54 68 69 73 20 20 66 75 6e 63 74 69 6f 6e |'"This function| 000023b0 20 20 61 6c 6c 6f 77 73 20 79 6f 75 20 20 74 6f | allows you to| 000023c0 20 74 65 73 74 20 20 61 6e 79 67 72 6f 75 70 20 | test anygroup | 000023d0 6f 66 20 74 68 65 20 64 69 67 69 74 61 6c 20 69 |of the digital i| 000023e0 6e 70 75 74 73 2e 20 20 49 74 20 72 65 74 75 72 |nputs. 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L,L$,mask%,| 00002e30 6f 6c 64 76 61 6c 75 65 2c 6e 65 77 76 61 6c 75 |oldvalue,newvalu| 00002e40 65 0d 3a b6 1e 20 e7 20 a9 28 70 61 74 74 65 72 |e.:.. . .(patter| 00002e50 6e 24 29 3c 3e 34 20 8c 20 2a 46 58 31 32 35 0d |n$)<>4 . *FX125.| 00002e60 3a c0 3e 20 e3 20 4c 3d 31 20 b8 20 34 3a 4c 24 |:.> . L=1 . 4:L$| 00002e70 3d c1 70 61 74 74 65 72 6e 24 2c 4c 2c 31 29 3a |=.pattern$,L,1):| 00002e80 e7 20 ac 28 4c 24 3d 22 31 22 20 84 20 4c 24 3d |. .(L$="1" . L$=| 00002e90 22 30 22 29 20 8c 20 2a 46 58 31 32 35 0d 3a ca |"0") . *FX125.:.| 00002ea0 06 20 ed 0d 3a d4 45 20 6d 61 73 6b 25 3d 30 3a |. ..:.E mask%=0:| 00002eb0 e3 20 4c 3d 31 20 b8 20 34 3a e7 20 28 c1 70 61 |. L=1 . 4:. (.pa| 00002ec0 74 74 65 72 6e 24 2c 4c 2c 31 29 3d 22 31 22 29 |ttern$,L,1)="1")| 00002ed0 20 8c 20 6d 61 73 6b 25 3d 6d 61 73 6b 25 2b 32 | . mask%=mask%+2| 00002ee0 5e 28 34 2d 4c 29 20 20 0d 3a de 06 20 ed 0d 3a |^(4-L) .:.. ..:| 00002ef0 e8 32 20 6f 6c 64 76 61 6c 75 65 3d a4 70 65 65 |.2 oldvalue=.pee| 00002f00 6b 28 26 36 30 29 3a 6e 65 77 76 61 6c 75 65 3d |k(&60):newvalue=| 00002f10 6f 6c 64 76 61 6c 75 65 20 82 20 6d 61 73 6b 25 |oldvalue . mask%| 00002f20 0d 3a f2 18 20 f2 70 6f 6b 65 28 26 36 30 2c 6e |.:.. .poke(&60,n| 00002f30 65 77 76 61 6c 75 65 29 0d 3a fc 06 20 e1 0d 3e |ewvalue).:.. ..>| 00002f40 80 ca 20 f4 20 2a 2a 2a 54 55 52 4e 53 20 4f 4e |.. . ***TURNS ON| 00002f50 20 4f 52 20 4f 46 46 20 54 48 45 20 53 50 45 43 | OR OFF THE SPEC| 00002f60 49 46 49 45 44 20 47 52 4f 55 50 20 4f 46 20 52 |IFIED GROUP OF R| 00002f70 45 4c 41 59 53 2e 20 20 52 45 51 55 49 52 45 53 |ELAYS. REQUIRES| 00002f80 20 54 57 4f 20 50 41 52 41 4d 45 54 45 52 53 3a | TWO PARAMETERS:| 00002f90 2d 28 69 29 54 48 45 20 41 43 54 49 4f 4e 20 54 |-(i)THE ACTION T| 00002fa0 4f 20 42 45 20 54 41 4b 45 4e 20 69 65 2e 22 4f |O BE TAKEN ie."O| 00002fb0 4e 22 20 4f 52 20 22 4f 46 46 22 2c 20 28 69 69 |N" OR "OFF", (ii| 00002fc0 29 41 20 53 54 52 49 4e 47 20 52 45 50 52 45 53 |)A STRING REPRES| 00002fd0 45 4e 54 49 4e 47 20 54 48 45 20 52 45 4c 41 59 |ENTING THE RELAY| 00002fe0 53 20 54 4f 20 42 45 20 53 57 49 54 43 48 45 44 |S TO BE SWITCHED| 00002ff0 20 41 53 20 41 20 42 49 4e 41 52 59 20 50 41 54 | AS A BINARY PAT| 00003000 54 45 52 4e 2e 2a 2a 2a 0d 3e 8a 24 20 dd 20 f2 |TERN.***.>.$ . .| 00003010 6d 75 6c 74 69 74 75 72 6e 28 6f 6e 4f 52 6f 66 |multiturn(onORof| 00003020 66 24 2c 70 61 74 74 65 72 6e 24 29 0d 3e 94 23 |f$,pattern$).>.#| 00003030 20 ea 20 4c 2c 4c 24 2c 6d 61 73 6b 25 2c 6f 6c | . L,L$,mask%,ol| 00003040 64 76 61 6c 75 65 2c 6e 65 77 76 61 6c 75 65 0d |dvalue,newvalue.| 00003050 3e 9e 42 20 e7 20 a9 28 70 61 74 74 65 72 6e 24 |>.B . .(pattern$| 00003060 29 3c 3e 34 20 84 20 ac 28 6f 6e 4f 52 6f 66 66 |)<>4 . .(onORoff| 00003070 24 3d 22 4f 4e 22 20 84 20 6f 6e 4f 52 6f 66 66 |$="ON" . onORoff| 00003080 24 3d 22 4f 46 46 22 29 20 8c 20 2a 46 58 31 32 |$="OFF") . *FX12| 00003090 35 0d 3e a8 3e 20 e3 20 4c 3d 31 20 b8 20 34 3a |5.>.> . L=1 . 4:| 000030a0 4c 24 3d c1 70 61 74 74 65 72 6e 24 2c 4c 2c 31 |L$=.pattern$,L,1| 000030b0 29 3a e7 20 ac 28 4c 24 3d 22 31 22 20 84 20 4c |):. .(L$="1" . L| 000030c0 24 3d 22 30 22 29 20 8c 20 2a 46 58 31 32 35 0d |$="0") . *FX125.| 000030d0 3e b2 06 20 ed 0d 3e bc 45 20 6d 61 73 6b 25 3d |>.. ..>.E mask%=| 000030e0 30 3a e3 20 4c 3d 31 20 b8 20 34 3a e7 20 28 c1 |0:. L=1 . 4:. (.| 000030f0 70 61 74 74 65 72 6e 24 2c 4c 2c 31 29 3d 22 31 |pattern$,L,1)="1| 00003100 22 29 20 8c 20 6d 61 73 6b 25 3d 6d 61 73 6b 25 |") . mask%=mask%| 00003110 2b 32 5e 28 34 2d 4c 29 20 20 0d 3e c6 06 20 ed |+2^(4-L) .>.. .| 00003120 0d 3e d0 66 20 6f 6c 64 76 61 6c 75 65 3d a4 70 |.>.f oldvalue=.p| 00003130 65 65 6b 28 26 36 30 29 3a e7 20 6f 6e 4f 52 6f |eek(&60):. onORo| 00003140 66 66 24 3d 22 4f 4e 22 20 8c 20 6e 65 77 76 61 |ff$="ON" . newva| 00003150 6c 75 65 3d 6f 6c 64 76 61 6c 75 65 20 84 20 6d |lue=oldvalue . m| 00003160 61 73 6b 25 20 8b 20 6e 65 77 76 61 6c 75 65 3d |ask% . newvalue=| 00003170 6f 6c 64 76 61 6c 75 65 20 80 20 28 32 35 35 2d |oldvalue . (255-| 00003180 6d 61 73 6b 25 29 0d 3e da 18 20 f2 70 6f 6b 65 |mask%).>.. .poke| 00003190 28 26 36 30 2c 6e 65 77 76 61 6c 75 65 29 0d 3e |(&60,newvalue).>| 000031a0 e4 06 20 e1 0d 42 68 d3 20 f4 20 2a 2a 2a 54 45 |.. ..Bh. . ***TE| 000031b0 53 54 53 20 54 48 45 20 53 50 45 43 49 46 49 45 |STS THE SPECIFIE| 000031c0 44 20 47 52 4f 55 50 20 4f 46 20 49 4e 50 55 54 |D GROUP OF INPUT| 000031d0 53 20 41 4e 44 20 52 45 54 55 52 4e 53 20 54 48 |S AND RETURNS TH| 000031e0 45 20 56 41 4c 55 45 20 22 4f 4e 22 20 49 46 20 |E VALUE "ON" IF | 000031f0 41 4c 4c 20 4f 46 20 54 48 45 4d 20 41 52 45 20 |ALL OF THEM ARE | 00003200 4f 4e 20 41 4e 44 20 22 4f 46 46 22 20 49 46 20 |ON AND "OFF" IF | 00003210 41 4e 59 20 4f 4e 45 20 4f 46 20 54 48 45 4d 20 |ANY ONE OF THEM | 00003220 49 53 20 4f 46 46 2e 20 20 52 45 51 55 49 52 45 |IS OFF. REQUIRE| 00003230 53 20 41 20 53 54 52 49 4e 47 20 52 45 50 52 45 |S A STRING REPRE| 00003240 53 45 4e 54 49 4e 47 20 54 48 45 20 49 4e 50 55 |SENTING THE INPU| 00003250 54 53 20 54 4f 20 42 45 20 54 45 53 54 45 44 20 |TS TO BE TESTED | 00003260 41 53 20 41 20 42 49 4e 41 52 59 20 50 41 54 54 |AS A BINARY PATT| 00003270 45 52 4e 2e 2a 2a 2a 0d 42 72 1c 20 dd 20 a4 6d |ERN.***.Br. . .m| 00003280 75 6c 74 69 74 65 73 74 28 70 61 74 74 65 72 6e |ultitest(pattern| 00003290 24 29 20 0d 42 7c 1c 20 ea 20 4c 2c 4c 24 2c 74 |$) .B|. . L,L$,t| 000032a0 65 73 74 6d 61 73 6b 25 2c 72 65 73 75 6c 74 0d |estmask%,result.| 000032b0 42 86 1e 20 e7 20 a9 28 70 61 74 74 65 72 6e 24 |B.. . .(pattern$| 000032c0 29 3c 3e 34 20 8c 20 2a 46 58 31 32 35 0d 42 90 |)<>4 . *FX125.B.| 000032d0 3e 20 e3 20 4c 3d 31 20 b8 20 34 3a 4c 24 3d c1 |> . L=1 . 4:L$=.| 000032e0 70 61 74 74 65 72 6e 24 2c 4c 2c 31 29 3a e7 20 |pattern$,L,1):. | 000032f0 ac 28 4c 24 3d 22 31 22 20 84 20 4c 24 3d 22 30 |.(L$="1" . L$="0| 00003300 22 29 20 8c 20 2a 46 58 31 32 35 0d 42 9a 06 20 |") . *FX125.B.. | 00003310 ed 0d 42 a4 50 20 74 65 73 74 6d 61 73 6b 25 3d |..B.P testmask%=| 00003320 30 3a e3 20 4c 3d 31 20 b8 20 34 3a e7 20 28 c1 |0:. L=1 . 4:. (.| 00003330 70 61 74 74 65 72 6e 24 2c 4c 2c 31 29 3d 22 31 |pattern$,L,1)="1| 00003340 22 29 20 8c 20 74 65 73 74 6d 61 73 6b 25 3d 74 |") . testmask%=t| 00003350 65 73 74 6d 61 73 6b 25 2b 32 5e 28 38 2d 4c 29 |estmask%+2^(8-L)| 00003360 20 0d 42 ae 06 20 ed 0d 42 b8 31 20 72 65 73 75 | .B.. ..B.1 resu| 00003370 6c 74 3d 28 28 a4 70 65 65 6b 28 26 36 30 29 20 |lt=((.peek(&60) | 00003380 80 20 74 65 73 74 6d 61 73 6b 25 29 3d 74 65 73 |. testmask%)=tes| 00003390 74 6d 61 73 6b 25 29 20 0d 42 c2 1e 20 e7 20 72 |tmask%) .B.. . r| 000033a0 65 73 75 6c 74 20 8c 20 3d 22 4f 4e 22 20 8b 20 |esult . ="ON" . | 000033b0 3d 22 4f 46 46 22 0d 46 50 6c 20 f4 20 2a 2a 2a |="OFF".FPl . ***| 000033c0 49 4e 49 54 49 41 4c 49 53 45 53 20 55 53 45 52 |INITIALISES USER| 000033d0 20 50 4f 52 54 20 41 53 20 46 4f 55 52 20 4f 55 | PORT AS FOUR OU| 000033e0 54 50 55 54 53 20 4f 4e 20 50 42 30 2d 33 20 41 |TPUTS ON PB0-3 A| 000033f0 4e 44 20 46 4f 55 52 20 49 4e 50 55 54 53 20 4f |ND FOUR INPUTS O| 00003400 4e 20 50 42 34 2d 37 2e 20 54 55 52 4e 53 20 41 |N PB4-7. TURNS A| 00003410 4c 4c 20 4f 55 54 50 55 54 53 20 4f 46 46 2e 2a |LL OUTPUTS OFF.*| 00003420 2a 2a 0d 46 5a 13 20 dd 20 f2 73 65 74 5f 75 70 |**.FZ. . .set_up| 00003430 5f 70 6f 72 74 0d 46 64 12 20 f2 70 6f 6b 65 28 |_port.Fd. .poke(| 00003440 26 36 32 2c 31 35 29 0d 46 6e 11 20 f2 70 6f 6b |&62,15).Fn. .pok| 00003450 65 28 26 36 30 2c 30 29 0d 46 78 06 20 e1 0d ff |e(&60,0).Fx. ...| 00003460