--- /dev/null
+SRC= bull.b buzzword.b checker.b creator.b grafiek.b gunner.b learn.b\
+ opg1.b opg2.b opg3.b opg4.b opg5.b opg6.b som4.b test01.b test02.b\
+ test03.b test04.b test05.b test06.b test07.b test08.b test09.b\
+ test10.b test11.b test12.b test13.b test14.b test15.b test16.b\
+ test17.b test18.b test19.b test20.b test21.b test22.b test23.b\
+ test24.b test25.b test26.b test27.b test28.b test29.b test30.b\
+ test31.b test32.b test33.b test34.b test35.b
+
+head:
+ for i in $(SRC) ; do runcmp $$i ; done
--- /dev/null
+10 rem *** bullseye
+20 print "game of bullseye":print:randomize
+30 print "in this game, up to 20 players throw darts at a target"
+40 print "with 10,20,30, and 40 point zones. The objective is"
+50 print "toget 200 point.":print
+60 print "throw","description",,"probable score"
+70 print " 1","fast overarm",,"bullseye or complete miss"
+80 print " 2","controlled overarm","10,20,30 points"
+90 print " 3","underarm",,"anything":print
+100 dim a$(20),s(20),w(10):r=0:m=0: for i=1 to 20:s(i)=0:nexti
+110 input ;"how many players";n:print
+120 for i=1 to n
+130 print "name of player" i; : input a$(i)
+140 nexti
+150 r=r+1:print:print "round" r
+160 for i=1 to n
+170 print:print a$(i)"'s throw";:input t
+180if t<1 or t>3 then print "input 1, 2, or 3":goto 170
+190 on t goto 200,210,220
+200 p1=.65:p2=.55:p3=.5:p4=.5:goto 230
+210p1=.99:p2=.77:p3=.43:p4=.01:goto 230
+220 p1=.95:p2=.75:p3=.45:p4=.05
+230 u=rnd(0):print "rnd="u
+240 if u>=p1 then print "BULLSEYE!! 40 points":b=40:goto 290
+250 if u>=p2 then print "30-point zone":b=30:goto 290
+260 if u>=p3 then print "20-point zone":b=20:goto 290
+270 if u>=p4 then print "WHEH! 10 points":b=10:goto 290
+280 print "missed the target. too bad!":b=0
+290 s(i)=s(i)+b:print "total score="s(i):next i
+300 fori=1 to n
+310 if s(i)>=200 then m=m+1:w(m)=i
+320 nexti
+330 if m=0 then150
+340 print :print "We have a winner!!":print
+350 print a$(w(m))" scored"s(w(m))"points."
+360 for i=1 to m
+370 print:print "thanks for the game!":nexti:end
--- /dev/null
+100 print "This computer program demonstration us a new aid for"
+110 print "preparing speeches and briefings. It's a buzzword"
+120 print "generator which provides you with a set of three higly"
+130 print "acceptablewords to work into your material. The words"
+140 print "don't actually mean anything, but they sound great."
+150 print
+160 print "the procedure:"
+170 print ,"Think of any three numbers between 0 and 9, enter"
+180 print , "them after the '?' separated by commas. your"
+190 print ,"buzzword will be printed out. Typing "100" for"
+200 print ,"each of your choices stops this program."
+210 print "What are your three numbers";
+220 goto 260
+230 print
+240 print
+250 print "Three more numbers";
+260 input n,m,p
+265 if n= 100 then 1290
+267 print "continue"
+270 if n<0 then 1240
+280 if p<0 then 1240
+290 if m<0 then 1240
+300 if m>9 then 1240
+310 if p>9 then 1240
+320 if n>9 then 1240
+330 print
+340 on n+1 goto 640,660,680,700,720,740,760,780,800,820
+440 on m+1 goto 840,860,880,900,920,940,960,980,1000,1020
+540 on p+1 goto 1040,1060,1080,1100,1120,1140,1160,1180,1200,1220
+640 print " integrated";: goto 440
+660 print " total";: goto 440
+680 print " systematized";: goto 440
+700 print " parallel";: goto 440
+720 print " functional";: goto 440
+740 print " responsive";: goto 440
+760 print " optimal";: goto 440
+780 print " synchronized";: goto 440
+800 print " compatible";: goto 440
+820 print " balanced";: goto 440
+840 print " management"; : goto 540
+860 print " organizational"; : goto 540
+880 print " monitored"; : goto 540
+900 print " reciprocal"; : goto 540
+920 print " digital"; : goto 540
+940 print " logistical"; : goto 540
+960 print " transitional"; : goto 540
+980 print " incremental"; : goto 540
+1000 print " fifth-generation"; : goto 540
+1020 print " policy"; : goto 540
+1040 print " options";: goto 230
+1060 print " flexibility";: goto 230
+1080 print " capability";: goto 230
+1100 print " mobility";: goto 230
+1120 print " programming";: goto 230
+1140 print " concept";: goto 230
+1160 print " time-phase";: goto 230
+1180 print " projection";: goto 230
+1200 print " hardware";: goto 230
+1220 print " contingency";: goto 230
+1240 print
+1260 print
+1270 print "numbers must be between 0 and 9, please select three more."
+1280 goto 260
+1290 print "Goodbye for now."
+1300 print:print:print
+1310 end
--- /dev/null
+100 print "This program will play checkers. The computer us X,"
+110 print "and you are 0. The computer will go first, -note: squares"
+120 print "are printed in the form-(X,Y) and sq. 1.1 is the bottom left!"
+130 print "do not attempt a double jump or your piece might just"
+140 print "disappear (same for triple!)"
+150 print " Wait for the computer to move!!!!!!"
+700 g=-1
+800 dim r(50)
+900 let l=-1
+1000 dim s(10,10)
+1100 data 1,0,1,0,0,0,-1,0,0,1,0,0,0,-1,0,-1,15
+1200 for x=1to8
+1300 fory=1to8
+1400 read j
+1500 if j=15 then 1800
+1600 s(x,y)=j
+1700 goto 2000
+1800 restore
+1900 reads(x,y)
+2000 nexty
+2100 nextx
+2200 rem
+2300 l=-1*l
+2400 for x=1to 8
+2500 for y=-1to8
+2600 if s(x,y)=0 then 3500
+2700 if g>0 then 3000
+2800 if s(x,y)>0 then 3500
+2900 goto 3100
+3000 if s(x,y)<0 then 3500
+3100 if abs(s(x,y))<>1 then 3300
+3200 gosub 4300
+3300 if abs(s(x,y))<>2 then 3500
+3400 gosub 6500
+3500 if x<>8 then 3800
+3600 if l=1 then 3800
+3700 rem return
+3800 nexty
+3900 nextx
+4000 print
+4100 gosub 11400
+4200 goto 2300
+4300 for a=-1 to 1 step2
+4400 let u=x+a
+4500 let v=y+g
+4600 if u<1 then 6300
+4700 if u>8 then 6300
+4800 if v<1 then 6300
+4900 if v>8 then 6300
+5000 if s(u,v) <> 0 then 5300
+5100 gosub 9100
+5200 goto 6300
+5300 if s(u,v)=g then 6300
+5400 if s(u,v)=2*g then 6300
+5500 u=u+a
+5600 v=v+g
+
+5700 if u<1 then 6300
+5800 if u>8 then 6300
+5900 if v<1 then 6300
+6000 if v>8 then 6300
+6100 if s(u,v)<>0 then 6300
+6200 gosub 9100
+6300 next a
+6400 return
+6500 rem king moves
+6600 for a=-1 to 1 step2
+6700 forb=-1to 1step2
+6800 u=x+a
+6900 v=y+b
+7000 if u<1 then 8700
+7100 if u>8 then 8700
+7200 if v<1 then 8700
+7300 if v.8 then 8700
+7400 if s(u,v)<>0 then 7700
+7500 gosub 9100
+7600 goto 8700
+7700 if s(umv)=g then 8700
+7800 if s(u,v)=2*g then 8700
+7900 u=u+a
+8000 v=v+b
+8100 if u<1 then 8700
+8200 if u>8 then 8700
+8300 if v<1 then 8700
+8400 if v>8 then 8700
+8500 if s(u,v)<>0 then 8700
+8600 gosub 9100
+8700 next b
+8800 next a
+8900return
+9000 goto 14200
+9100 rem
+9200 p=p+1
+9300 if p=k then 12300
+9400 if v<>(4.5+(3.5*g)) then 9600
+9500 q=q+2
+9600 if x<>(4.5-(3.5*g)) then9800
+9700 q=q-2
+9800 rem
+9900 if u<>1 then 10100
+10000 q=q+1
+10100 if u<> 8 then 10300
+10200 q=q+1
+10300 for c=-1 to 1 step 2
+10400 if s(u+c,v+g)<1 then 10800
+10500 q=q-1
+10600 if s(u-c,v-g) <> 0 then 10800
+10700 q=q-1
+10800 rem this was the evaluation section
+10900 rem
+11000 next c
+11100 r(p)=q
+11200 q=0
+11300 return
+11400 if p=0 then 18800
+11500 for j=10to-10step -1
+11600for f=1to p
+11700 if r(f)=j then 12000
+11800 next f
+11900 next j
+12000 let k=f+p
+12100 print "retry": gosub 2300
+12200 return
+12300 print " I move from ("X Y") to("U;V")"
+12400 letf=0
+12500 p=0
+12600 k=0
+12700 if v<>(4.5+(3.5*g)) then 13000
+12800 s(u,v)=s*g
+12900 goto 13100
+13000 let s(u,v)=s(x,y)
+13100 let s(x,y)=0
+13200 if(abs(x-u))<>2 then 13400
+13300 s((x+u)/2,(y+v)/2)=0
+13400 print "board";
+13500 input d$
+13600 if d$<>"yes" then 13900
+13700 gosub 14100
+13800 return
+13900 gosub 15800
+14000 return
+14100 print
+14200 for y=8to1step -1
+14300 for x=1to8
+14400 i=2*x
+14500 if s(x,y)<>0 then14700
+14600 print tab(i)".";
+14700 if s(x,y)<>1 then 14900
+14800 print tab(i)"0"
+14900 if s(x,y)<>-1then 15100
+15000 print tab(i)"X"
+15100 if s(x,y)<>-2 then 15300
+15200 print tab(i)"X";tab(I)"*"
+15300 if s(x,y)<>2 then 15500
+15400 print tab(i)"O";tab(I)"*"
+15500 next x
+15600 print
+15700 next y
+15800 print
+15900 print "from";
+16000 input e,h
+16100 x=e
+16200 y=h
+16300 if s(x,y)<>0 then 16700
+16400 print "there is no one occupying that space"
+16500 print
+16600 goto 15900
+16700 print "to";
+16800 input a,b
+16900 x=a
+17000 y=b
+17100 if s(x,y)=0 then 17500
+17200 print "that space is already occupied"
+17300 print
+17500 rem
+17400 goto 16700
+17600 s(a,b)=s(e.h)
+17700 s(e,h)=0
+17800 t=(4.5-(3.5*g))
+17900 if abs(e-a)<>2 then 18100
+18000 s((e+a)/2,(h+b)/2)=0
+18100 if b<>t then 18300
+18200 s(a,b)= -2*g
+18300 for x=8to8
+18400 for y=8to8
+18500 return
+18600 nexty
+18700 next x
+18800 print " very good, you win"
+18900 print:print
+19100 print " chuck out"
+19200 end
--- /dev/null
+ 10 rem The Creator
+ 20 rem 80 micro jan 1983
+ 70 clear 3000
+ 80 print"This is the Creator. It will allow you to generate"
+ 90 print"a progam which will create and access a data file."
+ 100 print"For later use. Please type the proposed program name."
+ 110 print"You are limited to 8 alphabetic characters."
+ 120 print" program name=";:lineinputpn$
+ 130 fori=1tolen(pn$):a$=mid$(pn$,i,1):ifa$>"z"ora$<"A"thenprint"alpha characters only!":goto 120
+ 140 nexti
+ 150 iflen(pn$)>8thenprint"too long":goto 120
+ 160 print"when the proposed program is run, which drive contains the"
+ 170 print"data file(0-3)?";
+ 180 an$=inkey$:ifan$="" then 180 elseif(an$>"3"oran$<"0")then170
+ 190 printan$
+ 200 print"which drive do you want the program written on? (0-3)";
+ 210 dn$=inkey$:ifdn$="" then 210 elseif(dn$>"3"ordn$<"0")then200
+
+ 240 print#1," 1 rem*******Program name:";pn$;"*******"
+ 250 print#1," 2 rem*******Data File name:";df$;"*****"
+ 260 print#1," 3 rem*******Data File is on drive";ans$;"******"
+ 270 input"What is the maximum data file size, in # of records";ms
+ 280 input"What is the record length(1-255)";rr:ifrr<0orrr>255then280 else r%=256/rr
+ 290 ifms*256/r%>85760thenprint"not enough room on a single disk for this.":goto 270
+ 300 print#1,"4 rem ******maximum file size is";ms;"records******"
+ 310 print#1,"5 rem****** record length is";rr;"packed";r%;"per sector"
+ 320 q$=chr$(34)
+ 330 print"please type in a title for your generated program.":lineinputti$
+ 340 ln=ln+10:print#1,ln;"rem change disks reinitialize here"
+ 350 ln=ln+10
--- /dev/null
+0015 print
+0020 for f =2 to 72 step 2
+0030 print tab (f) "-" ;
+0040 next f
+0043 print
+0045 c= 30
+0050 for x=6 to 360 step 12
+0060 a=30 +25*sin(x*0.01745329)
+0070 b=30+25*cos(x*0.01745329)
+0080 if a=c then 0130
+0090 if b=c then 0190
+0100 if a=b then 0230
+0110 if a>c then 0290
+0120 if c>a then 0380
+0130 if a>b then 0360
+0140 ifb>a then 0170
+0150 print tab(b) "." tab(a) "*"
+0160 goto 0460
+0170 print tab(a) "*" tab(b) "."
+0180 goto 0460
+0190 if a>b then 0210
+0200 if b>a then 0220
+0210 goto 0150
+0220 goto 0170
+0230 if a>c then 0250
+0240 if c>a then 0270
+0250 print tab(c) "I" tab(a) "*"
+0260 goto 0460
+0270 print tab(a) "*" tab(c) "I"
+0280 goto 0460
+0290 if b>a then 0340
+0300 if a>b then 0302
+0302 if c>b then 0320
+0305 if b<a then 0360
+0310 if b>c then 0360
+0320 print tab(b) "." tab(c) "I" tab(a) "*"
+0330 goto 0460
+0340 print tab(c) "I" tab(a) "*" tab(b) "."
+0350 goto 0460
+0360 print tab(c) "I" tab(b) "." tab(a) "*"
+0370 goto 0460
+0380 if a>b then 0430
+0385 if c>b then 0410
+0387 if b>c then 0450
+0395 if a>b then 0410
+0400 if b>a then 0450
+0410 print tab(a) "*" tab(b) "." tab(c) "I"
+0420 goto 0460
+0430 print tab(b) "." tab(a) "*" tab(c) "I"
+0440 goto 0460
+0450 print tab(a) "*" tab(c) "I" tab(b) "."
+0460 next x
+0470 end
+
+
--- /dev/null
+10 rem gunner program
+90 randomize
+100 print "this program simulates the results "
+110 print "of firing a field artillery weapon"
+120 print
+130 print "you are the officer-in-charge, giving orders to the gun"
+140 print "crew, telling them the degrees of elevation you estimate"
+150 print "will place the projectile on target. A hit within 100 yards"
+160 print "of the target will destroy it. Take more than 5 shots,"
+170 print "end the enemy will destroy you!":print
+180 print "maximum range of your gun is 46500 yards."
+185 z=0
+190 print
+195 s1=0
+200 t= 43000-30000*rnd(x)
+210 s=0
+220 goto 370
+230 print"minimum elevation of the gun is one degree."
+240 goto 390
+250 print "maximum elevation of gun is 89 degrees."
+260 goto 390
+270 print "over target by";abs(e);"yards"
+280 goto 390
+290 print "short of target by";abs(e);"yards"
+300 goto 390
+310 goto 320
+320 print "*****target destroyed ****";s;"rounds of ammunition expended"
+322 gosub 600
+325 s1=s1+s
+330 if z=4 then 490
+340 z=z+1
+345 print
+350 print "the forward observer has sighted more enemy activity."
+360 goto 200
+370 print " distance to the target is";int(t);"yards...."
+380 print
+390 print
+400 print "elevation";
+410 input b
+420 if b>89 then 250
+430 if b<1 then 230
+440 s=s+1
+442 if s<6 then 450
+444 print:print "BOOM !!! You have been destroyed";
+445 gosub 600
+446 print "by the enemy":print:print:goto 495
+450 b2=2*b/57.3:let i=46500*sin(b2):x=t-i:e=int(x)
+460 if abs(e)<100 then 310
+470 if e>100 then 290
+480 if e<-100 then 270
+490 print:print:print "total rounds expended were";s1
+491 if s1>15 then 495:print "nice shooting!!":gosub 600:goto 500
+495 print "better go back to fort silly for refresher training!"
+500 print:print "thank you for playing!"
+505 print:print "try again....":print:goto 180
+600 rem for n=1 to 10 print chr$(7): rem next n
+610 return
+999 end
--- /dev/null
+10 REM Learning program I
+15 dim variable(10), rank(10), varname$(10)
+20 input "how many variable have you";v
+30 for i=1to v :variable(i)=0:rank(i)=0:next i
+40 print "please name these variable"
+50 for i=1to v: input "variable name";varname$(i):next i
+60 print "Please name the outcomes"
+70 input "outcome 1";q1$
+80 input "outcome 2"; q2$
+90 for i=1 to v:variable(i)=0
+100 print "variable ";varname(i);
+110 input "is this variable the case";a$
+120 if a$="y" then variable(i)=1
+130 next i
+140 d=0
+150 for i=1 to v
+160 d=d+variable(i)* rank(i)
+170 next i
+175 print "conclusion: ";d;
+180 if d>=0 then print q1$
+190 if d<0 then print q2$
+195 input "is this right";a$:if a$="y" then:goto 90
+200 if d>=0 and a$="n" then: for i=1 to v:rank(i)=rank(i)-variable(i):next i
+210 if d<0 and a$="n" then: for i=1 to v:rank(i)=rank(i)+variable(i):next i
+220 goto 90
--- /dev/null
+100 rem interest rate program page 33
+110 read m,d,p,n
+300 let r= m * d /(p*(n+1)) * 200
+400 print "percent interest is",r
+500 data 12, 320, 3000, 36
+600 end
--- /dev/null
+100 rem Square root program (47)
+110 rem this program uses the newton raphson
+120 rem technique to calculate the square root
+130 read a,e
+140 let x =(a+2)/3
+150 let x1= (x+a/x)*.5
+160 rem determine absolute value of x1-x
+170 let n= x1-x
+180 if n>= 0 then 200
+19 let n= 0-n
+200 if n<e then 230
+210 let x=x1
+220 goto 150
+230 print "square root of",a,"equals",x1
+240 end
+250 data 81, .01
--- /dev/null
+010 rem values of n using if-then loop
+020 print "n","n2","n3","1/n","square root"
+030 let n=1
+040 let n2= n*n
+050 let n3= n*n*n
+060 let r= 1/n
+070 let s= n^ .5
+080 print n,n2,n3,r,s
+090 if n>= 20 then 120
+100 let n= n+1
+110 goto 40
+120 end
--- /dev/null
+010 rem values of n using for loop (52)
+020 print "n","n2","n3","1/n","square root"
+030 for n=1 to 20
+040 let n2= n*n
+050 let n3= n*n*n
+060 let r= 1/n
+070 let s= n^ .5
+080 print n,n2,n3,r,s
+090 next n
+120 end
--- /dev/null
+
+ 10 rem find largest number (57)
+ 20 read l
+ 30 let r=0
+ 40 for z=1 to l
+ 50 read a
+ 60 if a<=r then 80
+ 70 let r=a
+ 80 next z
+ 90 print "largest number is",r
+100 data 10
+110 data 106, 42,-12,111,88,91,3,263,-1042,7
+120 end
--- /dev/null
+1000 rem Temperature conversion
+1010 print "fahrenheit","centrigrade","kelvin","rankin"
+1020 for s= 1 to 5
+1030 print
+1040 next s
+1050 for i= 1 to 12
+1060 read f
+1070 let c= 5/9 *(f-32)
+1080 let k = c+273
+1090 let r= f+ 460
+1100 print f,c,k,r
+1110 next i
+1120 data 144, 36,110,98,63,26,14,78,66,51,107,2
+1130 end
--- /dev/null
+echo -n $1 " "
+if abc - -o $1.x $1
+then
+ if $1.x >$1.r
+ then :; else
+ echo -n "------- execution error(s)"
+ fi
+ if diff $1.g $1.r >$1.d 2>/dev/null
+ then
+ echo -*- Ok
+ else
+ if test -r $1.g
+ then
+ echo ------- differences in executing $1
+ cat $1.d
+ else
+ mv $1.r $1.g
+ fi
+ fi
+ rm $1.[rd]
+else
+ echo "------- compilation error(s)"
+fi
--- /dev/null
+0010 print " beginwaarde =a"
+0020 input a
+0030 print "eindwaarde =b"
+0040 input b
+0050 if b<a then 0130
+0060 n=a
+0070 if n<0 then 0200
+0080 print "n=",n;" wortel uit n=",sqr(n)
+0090 if n=b then 0120
+0100 n=n+1
+0110 goto 0070
+0120 end
+0130 print "b moet groter zijn dan a"
+0140 end
+0200 print "n=",n,"n is negatief, de oplossing is leeg"
+0210 goto 0100
+
--- /dev/null
+100 print "hello world"
+110 let s$="a happy 1984"
+120 print s
+130 s= s+" !! "
+140 print s
--- /dev/null
+110 print 1:print 2
+120 print 1+2 ' This is nice
--- /dev/null
+100 rem this is comment
+110 print 1: rem this is skipped : print 2
--- /dev/null
+100 let a=1:print a
+110 let b%=2:print b
+120 let c!= 1.0:print c
+125 let d#= 12.0:print d
+130 let s$= "hello":prints
--- /dev/null
+100 defint a-c,d
+110 defstr s,t
+120 defdbl f
+125 a=1.13
+127 s="hello"
+128 print a,s
+130 stop
--- /dev/null
+5 print 1<2
+10 while i<12
+12 print i
+14 i= i+1
+15 wend
--- /dev/null
+100 print "whiletest"
+105 i%=1
+110 while i
+120 print "a happy 1984"
+123 input i
+124 wend
--- /dev/null
+100 print "start"
+110 goto 130
+115 print "fail 115"
+120 print "line 120"
+125 goto 140
+127 print "fail 127"
+130 goto 120
+140 print "end"
--- /dev/null
+100 if -1 then print "ok" else print "error1"
+110 if 1>0 then print "ok2" elseprint "error2"
+120 if 1<2 then print "1<2" else print "error 1<2"
+130 if 1<0 then print "error 1<0" else print "1<0 "
+220 if 1<=2 then print "1<=2" else print "error 1<=2"
+230 if 1<=0 then print "error 1<=0" else print "1<=0 "
+320 if 1>2 then print "error 1>2" else print "1>2"
+330 if 1>0 then print "1>0" else print "error 1>0 "
+420 if 1>=2 then print "error 1>=2" else print "1>=2"
+430 if 1>=0 then print "1>=0" else print "error 1>=0 "
+500 if -1 and -1 then print "-1 and -1" else print "error -1 and -1"
+510 if -1 and 0 then print "error -1 and 0" else print "-1 and 0"
+520 if -1 or -1 then print "-1 or -1" else print "error -1 and -1"
+530 if -1 or 0 then print "-1 or 0" else print"error -1 or 0"
+540 if 0 or 0 then print "error 0 or 0" else print "0 or 0"
+600 if 1<1 then print "error 1<1" else print "1<1"
+605 i=100
+610 if i=100 then print "i=100" else print "error i=100"
--- /dev/null
+100 rem compound goto
+110 leti=1:print i
+120 on i goto 130, 140, 150
+121 printi"end":stop
+130 print "line130":i=i+1:goto120
+140 print "line140":i=i+1:goto120
+150 print "line150":i=i+1:goto120
--- /dev/null
+100 rem the first forloop
+110 for i=1 to 4 step2
+120 print i
+130 nexti
--- /dev/null
+100 gosub 200
+110 print "succeeded"
+120 stop
+
+200 print "subroutine"
+210 return
--- /dev/null
+100 rem compound goto
+110 leti=1:print i
+120 on i gosub 130, 140, 150
+121 printi"end":stop
+130 print "line130":i=i+1:return
+140 print "line140":i=i+1:return
+150 print "line150":i=i+1:return
--- /dev/null
+100 dim a(13)
+101 print "help",a(1)
+102 a(1)=3: print "ok"
+103 print a(1)
+107 for i=0 to 13
+108 a(i)=i*i
+109 nexti
+112 for i=0 to 13
+113 print i, a(i)
+114 nexti
+115 a(-4)= 3
--- /dev/null
+100 rem non-declared array test
+110 s$(1)= "menu"
+120 s(2)= "enter date"
+130 print s(1)
+140 print s(2)
+150 print s(3)
--- /dev/null
+100 rem two dimensional array
+110 dim table(3,3)
+120 for i=0 to 3
+130 for j=0 to 3
+135 print i,j
+140 table(i,j)= i*j
+150 next j,i
+160 print "filled"
+170 for i=0 to 3
+180 print table(i,i)
+190 nexti
--- /dev/null
+100 rem first trap handling test
+110 print 1/0
+120 print "divide error not catched"
--- /dev/null
+110 rem second trap test
+120 on error goto 200
+130 print 1/o
+140 print "division error not catched"
+200 print "division error catched", err, erl
+210 on error goto 500
+220 print "waiting for interrupt"
+230 goto 230
+500 print "interrupt catched"
+510 print "generate error 352"
+520 error 352
--- /dev/null
+100 read a
+110 print a
+120 restore
+130 read b
+140 print b
+142 restore
+143 restore 170
+144 read b,c
+145 print b,c
+146 print "try to read beyond eof"
+147 read d
+148 print d
+150 data 6
+170 data 8,9
+180 end
--- /dev/null
+100 read a
+110 read b
+120 read c,d, e
+130 let x=a+b+c+d
+140 print a,b,c,d,e,x
+150 data 6
+160 data 7,3
+170 data 142, 0
+180 end
--- /dev/null
+80 open "i",#3,"tst/data"
+100 input #3, a
+105 print a
+110 input #3, b
+115 print b
+120 input #3, c,d
+125 print c,d
+130 let x=a+b+c+d
+140 print a,b,c,d,x
+180 end
--- /dev/null
+10 open "i", #6, "tst/data1"
+20 input #6, s$
+30 print s$
+40 input #6, s1$
+50 print s1$
+60 print "try to read beyond"
+70 input #6, s$
+80 print s$
+90 end
--- /dev/null
+100 print "testing input from terminal"
+130 input "integer"; a
+140 print a
+220 input "float:", a
+240 print a
+330 input b$
+340 print b$
+350 input ; "c and d "; c,d
+360 print c,d
+400 end
+
--- /dev/null
+100 rem float arithmetic
+110 print "1.0+3.14=" 1.0+3.14
+115 a= 1.0+3.14: print a
+120 print "3.19*23.6=", 3.19*23.6
+125 b= 3.19*23.6: print b
+220 print "3.19*(23.6+23)=", 3.19*(23.6+23)
+225 b= 3.19*(23.6+23): print b
+230 end
--- /dev/null
+100 rem declare parameterless functions
+120 def fnpi= 3.14
+130 print fnpi, fnpi+2
+140 def fnsqr(x)= x*x
+150 print fnsqr(2.0)
+240 def fnpow(x,k)= x-k
+250 print fnpow(2.0,3.0)
--- /dev/null
+70 print "cint" cint(45.67), cint(-45.67)
+80 print "fix" fix(58.75), fix(-58.75)
+90 print "int" int(99.98), int(-12.11)
+100 print "abs" abs(-1), abs(-3.14), abs(1), abs(1.0), abs(-0)
+110 print "sgn" sgn(-1), sgn(-3.14), sgn(1), sgn(1.0), sgn(-0)
+120 print "asc" asc("a"), asc("0")
+130 print "atn" atn(0), atn(3.14/2), atn(3.14), atn(0.5)
+140 print "chr" chr$(97), chr$(48)
+150 print "cos" cos(0), cos(3.14/2), cos(3.14), cos(-1)
+160 print "sin" sin(0), sin(3.14/2), sin(3.14), sin(-1)
+170 print "exp" exp(0), exp(3.14/2), exp(3.14), exp(-1)
+180 print "hex" hex(0), hex(16), hex(-1)
+190 print "oct" oct(0), oct(16), oct(-1)
+200 print "len" len(""), len("abc"), len("a")
+270 print "tan" tan(0), tan(3.14/2), tan(3.14), tan(-1)
+280 print "sqr" sqr(0), sqr(3.14/2), sqr(3.14)
+290 print "log" log(3.14/2), log(3.14)
--- /dev/null
+0 rem string test
+110 yes$= "yes"
+120 no$="no"
+130 if "yes"="no" then print "130 true" else print "130 f"
+140 if "yes"="yes" then print "140 true" else print "140 f"
+150 if "yes"="" then print "150 true" else print "150 f"
+160 if "yes"=yes then print "160 true" else print "160 f"
+170 if yes="yes" then print "170 true" else print "170 f"
+180 print "yes or no"
+190 input answer$
+200 print answer$="yes"
+210 print answer$=no
--- /dev/null
+10 rem reading beyond eof
+11 open "r",#1,"tst/test01"
+13 print eof(#1)
+20 while eof(#1) <> -1
+22 line #1, l$
+23 print eof(#1), l
+24 wend
--- /dev/null
+5 print not 1, not 0
+10 print 1 and 1, 1 and 0, 0 and 1, 0 and 0
+13 print 1 or 1, 1 or 0, 0 or 1, 0 or 0
+15 print 1 xor 1, 1 xor 0, 0 xor 1, 0 xor 0
+20 print 1 eqv 1, 1 eqv 0, 0 eqv 1, 0 eqv 0
+30 print 1 imp 1, 1 imp 0, 0 imp 1, 0 imp 0
+40 print 63 and 16, "=16?"
+50 print 15 and 14, "=14?"
+60 print -1 and 8, "=8?"
+70 print 4 or 2, "=6?"
+80 print 10 or 10 , "is 10?"
+90 print -1 or -2 "=-1?"
+100 print not 13
+110 print -(13+1)
--- /dev/null
+100 rem writing to a file
+110 open "o", #2, "tst/output"
+113 open "i", #3, "tst/output"
+120 a$="CAMERA": b$="93604-1"
+130 write a$,b$
+140 write #2, a$, b$
+145 input #3, b$: print b$
+150 write #3, a$, b$
--- /dev/null
+10 a$(0)= "fbc"
+11 a$(1)= "fcc"
+12 a$(2)= "abb"
+90 'bubble sort array
+100 j=2: flips=1 'one more pass
+110 while flips
+115 flips=0
+120 for i=0 to j-1
+130 if a$(i)>a$(i+1) then swap a$(i),a$(i+1): flips=1
+140 nexti
+150 wend
--- /dev/null
+ 10 rem mid statement and function
+ 20 a$= "kansas city, mo"
+ 25 print mid$(a$,14)
+ 45 print mid$(a$,3,3)
+ 55 print mid$(a$,33)
--- /dev/null
+10 rem function parameters
+20 def fnf1(x%,s$)= 3123
+30 print fnf1(1,"help")
+40 print fnf1(3.12,"xx")
+50 rem doet i goed print fnf1("help",3)
+60 rem GOED print fnf1(4)
--- /dev/null
+10 rem multidimensional arrays
+20 t(3,4)= 4
+30 print t(0,0)
+40 print t(3,4)
--- /dev/null
+10 rem call external routine
+20 call time(v)
public / ack.git / commitdiff