README
======
This directory contains a small program that will mount a ROMFS file system
containing the BASIC test files extracted from the BAS 2.4 release.
Background
==========
Bas is an interpreter for the classic dialect of the programming language
BASIC. It is pretty compatible to typical BASIC interpreters of the 1980s,
unlike some other UNIX BASIC interpreters, that implement a different
syntax, breaking compatibility to existing programs. Bas offers many ANSI
BASIC statements for structured programming, such as procedures, local
variables and various loop types. Further there are matrix operations,
automatic LIST indentation and many statements and functions found in
specific classic dialects. Line numbers are not required.
The interpreter tokenises the source and resolves references to variables
and jump targets before running the program. This compilation pass
increases efficiency and catches syntax errors, type errors and references
to variables that are never initialised. Bas is written in ANSI C for
UNIX systems.
License
=======
BAS 2.4 is released as part of NuttX under the standard 3-clause BSD license
use by all components of NuttX. This is not incompatible with the original
BAS 2.4 licensing
Copyright (c) 1999-2014 Michael Haardt
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in
all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
THE SOFTWARE.
TEST OVERVIEW
=============
test01.bas
==========
Scalar variable assignment
Test File
---------
10 a=1
20 print a
30 a$="hello"
40 print a$
50 a=0.0002
60 print a
70 a=2.e-6
80 print a
90 a=.2e-6
100 print a
Expected Result
---------------
1
hello
0.0002
0.000
0.0000020
0.0000002
Notes
-----
Output would differ on other platforms NttX does not use scientific
notation in floating point output.
test02.bas
==========
Array variable assignment
Test File
---------
10 dim a(1)
20 a(0)=10
30 a(1)=11
40 a=12
50 print a(0)
60 print a(1)
70 print a
Expected Result
---------------
10
11
12
test03.bas
==========
FOR loops
Test File
---------
10 for i=0 to 10
20 print i
30 if i=5 then exit for
40 next
50 for i=0 to 0
60 print i
70 next I
80 for i=1 to 0 step -1
90 print i
100 next
110 for i=1 to 0
120 print i
130 next
140 for i$="" to "aaaaaaaaaa" step "a"
150 print i$
160 next
Expected Result
---------------
0
1
2
3
4
5
0
1
0
a
aa
aaa
aaaa
aaaaa
aaaaaa
aaaaaaa
aaaaaaaa
aaaaaaaaa
aaaaaaaaaa
test04.bas
==========
REPEAT UNTIL loop
Test File
---------
10 a=1
20 repeat
30 print a
40 a=a+1
50 until a=10
Expected Result
---------------
1
2
3
4
5
6
7
8
9
test05.bas
==========
GOSUB RETURN subroutines
Test File
---------
10 gosub 100
20 gosub 100
30 end
100 gosub 200
110 gosub 200
120 return
200 print "hello, world":return
Expected Result
---------------
hello, world
hello, world
hello, world
hello, world
test06.bas
==========
Recursive function without arguments
Test File
---------
10 def fnloop
20 if n=0.0 then
30 r=0.0
40 else
50 print n
60 n=n-1.0
70 r=fnloop()
80 end if
90 =r
100 n=10
110 print fnloop
Expected Result
---------------
10
9
8
7
6
5
4
3
2
1
0
test07.bas
==========
Recursive function with arguments
Test File
---------
10 def fna(x)
20 if x=0 then r=1 else r=x*fna(x-1)
30 =r
40 print fna(7)
Expected Result
---------------
5040
test08.bas
==========
DATA, READ and RESTORE
Test File
---------
10 data "a",b
20 data "c","d
40 read j$
50 print "j=";j$
60 restore 20
70 for i=1 to 3
80 read j$,k$
90 print "j=";j$;" k=";k$
100 next
Expected Result
---------------
j=a
j=c k=d
Error: end of `data' in line 80 at:
80 read j$,k$
^
test09.bas
==========
LOCAL variables
Test File
---------
10 def fna(a)
20 local b
30 b=a+1
40 =b
60 b=3
70 print b
80 print fna(4)
90 print b
Expected Result
---------------
3
5
3
test10.bas
==========
PRINT USING
Test File
---------
10 print using "!";"abcdef"
20 print using "\ \";"abcdef"
30 print using "###-";-1
40 print using "###-";0
50 print using "###-";1
60 print using "###+";-1
70 print using "###+";0
80 print using "###+";1
90 print using "#####,";1000
100 print using "**#,##.##";1000.00
110 print using "+##.##";1
120 print using "+##.##";1.23400
130 print using "+##.##";123.456
140 print using "+##.";123.456
150 print using "+##";123.456
160 print using "abc def ###.## efg";1.3
170 print using "###.##^^^^^";5
180 print using "###.##^^^^";1000
190 print using ".##^^^^";5.0
200 print using "##^^^^";2.3e-9
210 print using ".##^^^^";2.3e-9
220 print using "#.#^^^^";2.3e-9
230 print using ".####^^^^^";-011466
240 print using "$*,***,***,***.**";3729825.24
250 print using "$**********.**";3729825.24
260 print using "$$###.##";456.78
270 print using "a!b";"S"
280 print using "a!b";"S","T"
290 print using "a!b!c";"S"
300 print using "a!b!c";"S","T"
Expected Result
---------------
a
abc
1-
0
1
1-
0+
1+
1,000
*1,000.00
+1.00
+1.23
+123.46
+123.
+123
abc def 1.30 efg
500.00E-002
100.00E+01
.50E+01
23E-10
.23E-08
2.3E-09
-.1147E+005
$***3,729,825.24
$**3729825.24
$456.78
aSb
aSbaTb
aSb
aSbTc
test11.bas
==========
OPEN and LINE INPUT
Test File
---------
10 open "i",1,"test.bas"
20 while not eof(1)
30 line input #1,a$
40 print a$
50 wend
Expected Result
---------------
10 open "i",1,"test.bas"
20 while not eof(1)
30 line input #1,a$
40 print a$
50 wend
test12.bas
==========
Exception handling
Test File
---------
10 on error print "global handler 1 caught error in line ";erl : resume 30
20 print mid$("",-1)
30 on error print "global handler 2 caught error in line ";erl : end
40 def procx
50 on error print "local handler caught error in line";erl : goto 70
60 print 1/0
70 end proc
80 procx
90 print 1 mod 0
Expected Result
---------------
global handler 1 caught error in line 20
local handler caught error in line 60
global handler 2 caught error in line 90
test01.bas
==========
Unnumbered lines
Test File
---------
print "a"
goto 20
print "b"
20 print "c"
Expected Result
---------------
a
c
test14.bas
==========
SELECT CASE
Test File
---------
10 for i=0 to 9
20 for j=0 to 9
30 print i,j
40 select case i
50 case 0
60 print "i after case 0"
70 case 1
80 print "i after case 1"
90 select case j
100 case 0
110 print "j after case 0"
120 end select
130 case 3 to 5,7
140 print "i after case 3 to 5, 7"
150 case is <9
160 print "is after case is <9"
170 case else
180 print "i after case else"
190 end select
200 next
210 next
Expected Result
---------------
0 0
i after case 0
0 1
i after case 0
0 2
i after case 0
0 3
i after case 0
0 4
i after case 0
0 5
i after case 0
0 6
i after case 0
0 7
i after case 0
0 8
i after case 0
0 9
i after case 0
1 0
i after case 1
j after case 0
1 1
i after case 1
1 2
i after case 1
1 3
i after case 1
1 4
i after case 1
1 5
i after case 1
1 6
i after case 1
1 7
i after case 1
1 8
i after case 1
1 9
i after case 1
2 0
is after case is <9
2 1
is after case is <9
2 2
is after case is <9
2 3
is after case is <9
2 4
is after case is <9
2 5
is after case is <9
2 6
is after case is <9
2 7
is after case is <9
2 8
is after case is <9
2 9
is after case is <9
3 0
i after case 3 to 5, 7
3 1
i after case 3 to 5, 7
3 2
i after case 3 to 5, 7
3 3
i after case 3 to 5, 7
3 4
i after case 3 to 5, 7
3 5
i after case 3 to 5, 7
3 6
i after case 3 to 5, 7
3 7
i after case 3 to 5, 7
3 8
i after case 3 to 5, 7
3 9
i after case 3 to 5, 7
4 0
i after case 3 to 5, 7
4 1
i after case 3 to 5, 7
4 2
i after case 3 to 5, 7
4 3
i after case 3 to 5, 7
4 4
i after case 3 to 5, 7
4 5
i after case 3 to 5, 7
4 6
i after case 3 to 5, 7
4 7
i after case 3 to 5, 7
4 8
i after case 3 to 5, 7
4 9
i after case 3 to 5, 7
5 0
i after case 3 to 5, 7
5 1
i after case 3 to 5, 7
5 2
i after case 3 to 5, 7
5 3
i after case 3 to 5, 7
5 4
i after case 3 to 5, 7
5 5
i after case 3 to 5, 7
5 6
i after case 3 to 5, 7
5 7
i after case 3 to 5, 7
5 8
i after case 3 to 5, 7
5 9
i after case 3 to 5, 7
6 0
is after case is <9
6 1
is after case is <9
6 2
is after case is <9
6 3
is after case is <9
6 4
is after case is <9
6 5
is after case is <9
6 6
is after case is <9
6 7
is after case is <9
6 8
is after case is <9
6 9
is after case is <9
7 0
i after case 3 to 5, 7
7 1
i after case 3 to 5, 7
7 2
i after case 3 to 5, 7
7 3
i after case 3 to 5, 7
7 4
i after case 3 to 5, 7
7 5
i after case 3 to 5, 7
7 6
i after case 3 to 5, 7
7 7
i after case 3 to 5, 7
7 8
i after case 3 to 5, 7
7 9
i after case 3 to 5, 7
8 0
is after case is <9
8 1
is after case is <9
8 2
is after case is <9
8 3
is after case is <9
8 4
is after case is <9
8 5
is after case is <9
8 6
is after case is <9
8 7
is after case is <9
8 8
is after case is <9
8 9
is after case is <9
9 0
i after case else
9 1
i after case else
9 2
i after case else
9 3
i after case else
9 4
i after case else
9 5
i after case else
9 6
i after case else
9 7
i after case else
9 8
i after case else
9 9
i after case else
test15.bas
==========
FIELD, PUT and GET
Test File
---------
a$="a"
open "r",1,"test.dat",128
print "before field a$=";a$
field #1,10 as a$
field #1,5 as b$,5 as c$
lset b$="hi"
rset c$="ya"
print "a$=";a$
put #1
close #1
print "after close a$=";a$
open "r",2,"test.dat",128
field #2,10 as b$
get #2
print "after get b$=";b$
close #2
kill "test.dat"
Expected Result
---------------
before field a$=a
a$=hi ya
after close a$=
after get b$=hi ya
test16.bas
==========
SWAP
Test File
---------
a=1 : b=2
print "a=";a;"b=";b
swap a,b
print "a=";a;"b=";b
dim a$(1,1),b$(1,1)
a$(1,0)="a" : b$(0,1)="b"
print "a$(1,0)=";a$(1,0);"b$(0,1)=";b$(0,1)
swap a$(1,0),b$(0,1)
print "a$(1,0)=";a$(1,0);"b$(0,1)=";b$(0,1)
Expected Result
---------------
a= 1 b= 2
a= 2 b= 1
a$(1,0)=ab$(0,1)=b
a$(1,0)=bb$(0,1)=a
test17.bas
==========
DO, EXIT DO, LOOP
Test File
---------
print "loop started"
i=1
do
print "i is";i
i=i+1
if i>10 then exit do
loop
print "loop ended"
Expected Result
---------------
loop started
i is 1
i is 2
i is 3
i is 4
i is 5
i is 6
i is 7
i is 8
i is 9
i is 10
loop ended
test18.bas
==========
DO WHILE, LOOP
Test File
---------
print "loop started"
x$=""
do while len(x$)<3
print "x$ is ";x$
x$=x$+"a"
y$=""
do while len(y$)<2
print "y$ is ";y$
y$=y$+"b"
loop
loop
print "loop ended"
Expected Result
---------------
loop started
x$ is
y$ is
y$ is b
x$ is a
y$ is
y$ is b
x$ is aa
y$ is
y$ is b
loop ended
test19.bas
==========
ELSEIF
Test File
---------
for x=1 to 3
if x=1 then
print "1a"
else
if x=2 then
print "2a"
else
print "3a"
end if
end if
next
for x=1 to 3
if x=1 then
print "1b"
elseif x=2 then
print "2b"
elseif x=3 then print "3b"
next
Expected Result
---------------
1a
2a
3a
1b
2b
3b
test20.bas
==========
Caller trace
Test File
---------
10 gosub 20
20 gosub 30
30 procb
40 def proca
50 print "hi"
60 stop
70 end proc
80 def procb
90 proca
100 end proc
Expected Result
---------------
hi
Break in line 60 at:
60 stop
^
Proc Called in line 90 at:
90 proca
^
Proc Called in line 30 at:
30 procb
^
Called in line 20 at:
20 gosub 30
^
Called in line 10 at:
10 gosub 20
^
test21.bas
==========
Matrix assignment
Test File
---------
dim a(3,4)
for i=0 to 3
for j=0 to 4
a(i,j)=i*10+j
print a(i,j);
next
print
next
mat b=a
for i=0 to 3
for j=0 to 4
print b(i,j);
next
print
next
Expected Result
---------------
0 1 2 3 4
10 11 12 13 14
20 21 22 23 24
30 31 32 33 34
0 0 0 0 0
0 11 12 13 14
0 21 22 23 24
0 31 32 33 34
test22.bas
==========
MAT PRINT
Test File
---------
dim a(2,2)
for i=0 to 2
for j=0 to 2
a(i,j)=i*10+j
next
next
for j=1 to 2
for i=1 to 2
print using " ##.##";a(i,j),
next
print
next
mat print using " ##.##";a,a
Expected Result
---------------
11.00 21.00
12.00 22.00
11.00 12.00
21.00 22.00
11.00 12.00
21.00 22.00
test23.bas
==========
Matrix addition and subtraction
Test File
---------
dim a(2,2)
a(2,2)=2.5
dim b%(2,2)
b%(2,2)=3
mat print a
mat a=a-b%
mat print a
dim c$(2,2)
c$(2,1)="hi"
mat print c$
mat c$=c$+c$
mat print c$
Expected Result
---------------
0 0
0 2.5
0 0
0 -0.5
hi
hihi
test24.bas
==========
Matrix multiplication
Test File
---------
10 dim b(2,3),c(3,2)
20 for i=1 to 2 : for j=1 to 3 : read b(i,j) : next : next
30 for i=1 to 3 : for j=1 to 2 : read c(i,j) : next : next
40 mat a=b*c
50 mat print b,c,a
60 data 1,2,3,3,2,1
70 data 1,2,2,1,3,3
Expected Result
---------------
1 2 3
3 2 1
1 2
2 1
3 3
14 13
10 11
test25.bas
==========
Matrix scalar multiplication
Test File
---------
10 dim a(3,3)
20 for i=1 to 3 : for j=1 to 3 : read a(i,j) : next : next
30 mat print a
40 mat a=(3)*a
45 print
50 mat print a
60 data 1,2,3,4,5,6,7,8,9
80 dim inch_array(5,1),cm_array(5,1)
90 mat read inch_array
100 data 1,12,36,100,39.37
110 mat print inch_array
120 mat cm_array=(2.54)*inch_array
130 mat print cm_array
Expected Result
---------------
1 2 3
4 5 6
7 8 9
3 6 9
12 15 18
21 24 27
1
12
36
100
39.37
2.54
30.48
91.44
254
99.9998
test26.bas
==========
MAT READ
Test File
---------
dim a(3,3)
data 5,5,5,8,8,8,3,3
mat read a(2,3)
mat print a
Expected Result
---------------
5 5 5
8 8 8
test27.bas
==========
Matrix inversion
Test File
---------
data 1,2,3,4
mat read a(2,2)
mat print a
mat b=inv(a)
mat print b
mat c=a*b
mat print c
Expected Result
---------------
1 2
3 4
-2 1
1.5 -0.5
1 0
0 1
test28.bas
==========
TDL BASIC FNRETURN/FNEND
Test File
---------
def fnfac(n)
if n=1 then fnreturn 1
fnend n*fnfac(n-1)
print fnfac(10)
Expected Result
---------------
3628800
test29.bas
==========
TDL INSTR
Test File
---------
print instr("123456789","456");" = 4?"
print INSTR("123456789","654");" = 0?"
print INSTR("1234512345","34");" = 3?"
print INSTR("1234512345","34",6);" = 8?"
print INSTR("1234512345","34",6,2);" = 0?"
print INSTR("1234512345","34",6,4);" = 8?"
Expected Result
---------------
4 = 4?
0 = 0?
3 = 3?
8 = 8?
0 = 0?
8 = 8?
test30.bas
==========
Type mismatch check
Test File
---------
print 1+"a"
Expected Result
---------------
Error: Invalid binary operand at: end of program
test31.bas
==========
PRINT default format
Test File
---------
10 for i=-8 to 8
20 x=1+1/3 : y=1 : j=i
30 for j=i to -1 : x=x/10 : y=y/10 : next
40 for j=i to 1 step -1 : x=x*10 : y=y*10 : next
50 print x,y
60 next
Expected Result
---------------
0.0000000 0.0000000
0.0000001 0.0000001
0.0000013 0.0000010
0.0000133 0.0000100
0.000133 0.0001
0.001333 0.001
0.013333 0.01
0.133333 0.1
1.333333 1
13.33333 10
133.3333 100
1333.333 1000
13333.33 10000
133333.3 100000
1333333 1000000
13333333.3333333 10000000.0000000
133333333.3333333 100000000.0000000
Notes
-----
Output would differ on other platforms NttX does not use scientific
notation in floating point output.
test032.bas
==========
SUB routines
Test File
---------
PUTS("abc")
END
SUB PUTS(s$)
FOR i=1 to LEN(s$) : print mid$(s$,i,1); : NEXT
PRINT
END SUB
Expected Result
---------------
abc
test33.bas
==========
OPEN FOR BINARY
Test File
---------
open "/tmp/test.out" for binary as 1
put 1,1,"xy"
put 1,3,"z!"
put 1,10,1/3
put 1,20,9999
close 1
open "/tmp/test.out" for binary as 1
s$=" "
get 1,1,s$
get 1,10,x
get 1,20,n%
close
print s$
print x
print n%
kill "/tmp/test.out"
Expected Result
---------------
xyz!
0.333333
9999
Notes
-----
The logic in this test will fail if there is no writable file system
mount at /tmp.
test34.bas
==========
OPTION BASE
Test File
---------
option base 3
dim a(3,5)
a(3,3)=1
a(3,5)=2
print a(3,3)
print a(3,5)
option base -2
dim b(-1,2)
b(-2,-2)=10
b(-1,2)=20
print a(3,3)
print a(3,5)
print b(-2,-2)
print b(-1,2)
Expected Result
---------------
1
2
1
2
10
20
test35.bas
==========
Real to integer conversion
Test File
---------
a%=1.2
print a%
a%=1.7
print a%
a%=-0.2
print a%
a%=-0.7
print a%
Expected Result
---------------
1
2
0
-1
test36.bas
==========
OPEN file locking
Test File
---------
on error goto 10
print "opening file"
open "/tmp/test.out" for output lock write as #1
print "open succeeded"
if command$<>"enough" then shell "sh ./test/runbas test.bas enough"
end
10 print "open failed"
Expected Result
---------------
opening file
open succeeded
opening file
open failed
Notes
-----
1. The logic in this test will fail opening the test.out file if there is no
writable file system mount at /tmp.
2. This test will still currently fail when try to fork the shell because
support for that feature is not implemented. The following error message
should be received:
Error: Forking child process failed (Unknown error) in line 5 at:
if command$<>"enough" then shell "sh ./test/runbas test.bas enough"
^
test37.bas
==========
LINE INPUT reaching EOF
Test File
---------
10 open "i",1,"/mnt/romfs/test37.dat"
20 while not eof(1)
30 line input #1,a$
40 if a$="abc" then print a$; else print "def"
50 wend
Data file (/mnt/romfs/test37.dat)
-------------------------------
abc
Result
------
abc
test38.bas
==========
MAT REDIM
Test File
---------
dim x(10)
mat read x
mat print x
mat redim x(7)
mat print x
mat redim x(12)
mat print x
data 1,2,3,4,5,6,7,8,9,10
Expected Result
---------------
1
2
3
4
5
6
7
8
9
10
1
2
3
4
5
6
7
1
2
3
4
5
6
7
0
0
0
0
0
test39.bas
==========
Nested function and procedure calls
Test File
---------
def proc_a(x)
print fn_b(1,x)
end proc
def fn_b(a,b)
= a+fn_c(b)
def fn_c(b)
= b+3
proc_a(2)
Expected Result
---------------
6
test40.bas
==========
IMAGE
Test File
---------
d=3.1
print using "#.#";d
print using 10;d
10 image #.##
Expected Result
---------------
3.1
3.10
test41.bas
==========
EXIT FUNCTION
Test File
---------
function f(c)
print "f running"
if (c) then f=42 : exit function
f=43
end function
print f(0)
print f(1)
Expected Result
---------------
f running
43
f running
42
test42.bas
==========
Arithmetic
Test File
---------
10 print 4.7\3
20 print -2.3\1
30 print int(-2.3)
40 print int(2.3)
50 print fix(-2.3)
60 print fix(2.3)
70 print fp(-2.3)
80 print fp(2.3)
Expected Result
---------------
1
-2
-3
2
-2
2
-0.3
0.3
test43.bas
==========
Matrix multiplication size checks
Test File
---------
DIM a(3,3),b(3,1),c(3,3)
MAT READ a
MAT READ b
MAT c=a*b
MAT PRINT c
DATA 1,2,3,4,5,6,7,8,9
DATA 5,3,2
erase b
DIM b(3)
RESTORE
MAT READ a
MAT READ b
MAT c=a*b
MAT PRINT c
Expected Result
---------------
17
47
77
Error: Dimension mismatch in line 14 at:
mat c=a*b
^
test44.bas
==========
DELETE
Test File
---------
10 print 10
20 print 20
30 print 30
40 print 40
50 print 50
60 print 60
70 print 70
Usage
-----
load "test.bas"
delete -20
delete 60-
delete 30-40
delete 15
list
Expected Result
---------------
Error: No such line at: 15
50 print 50
test45.bas
==========
MID$ on left side
Test File
---------
10 mid$(a$,6,4) = "ABCD"
20 print a$
30 a$="0123456789"
40 mid$(a$,6,4) = "ABCD"
50 print a$
60 a$="0123456789"
70 let mid$(a$,6,4) = "ABCD"
80 print a$
Expected Result
---------------
01234ABCD9
01234ABCD9
test46.bas
==========
END used without program
Test File
---------
for i=1 to 10:print i;:next i:end
Expected Result
---------------
1 2 3 4 5 6 7 8 9 10
test47.bas
==========
MAT WRITE
Test File
---------
dim a(3,4)
for i=0 to 3
for j=0 to 4
a(i,j)=i*10+j
print a(i,j);
next
print
next
mat write a
Expected Result
---------------
0 1 2 3 4
10 11 12 13 14
20 21 22 23 24
30 31 32 33 34
11,12,13,14
21,22,23,24
31,32,33,34
test48.bas
==========
Multi assignment
Test File
---------
a,b = 10
print a,b
dim c(10)
a,c(a) = 2
print a,c(2),c(10)
a$,b$="test"
print a$,b$
Expected Result
---------------
10 10
2 0 2
test test
test49.bas
==========
Matrix determinant
Test File
---------
width 120
dim a(7,7),b(7,7)
mat read a
mat print a;
print
data 58,71,67,36,35,19,60
data 50,71,71,56,45,20,52
data 64,40,84,50,51,43,69
data 31,28,41,54,31,18,33
data 45,23,46,38,50,43,50
data 41,10,28,17,33,41,46
data 66,72,71,38,40,27,69
mat b=inv(a)
mat print b
print det
Expected Result
---------------
58 71 67 36 35 19 60
50 71 71 56 45 20 52
64 40 84 50 51 43 69
31 28 41 54 31 18 33
45 23 46 38 50 43 50
41 10 28 17 33 41 46
66 72 71 38 40 27 69
9.636025e+07 320206 -537449 2323650 -1.135486e+07 3.019632e+07
-9.650941e+07
4480 15 -25 108 -528 1404 -4487
-39436 -131 220 -951 4647 -12358 39497
273240 908 -1524 6589 -32198 85625 -273663
-1846174 -6135 10297 -44519 217549 -578534 1849032
1.315035e+07 43699 -73346 317110 -1549606 4120912 -1.31707e+07
-9.636079e+07 -320208 537452 -2323663 1.135493e+07 -3.019649e+07
9.650995e+07
1
Notes
-----
Output will differ because NuttX does not use scientific notation in
output. Some minor rounding differences may also be expected.
test50.bas
==========
Min and max function
Test File
---------
print min(1,2)
print min(2,1)
print min(-0.3,0.3)
print min(-0.3,4)
print max(1,2)
print max(2,1)
print max(-0.3,0.3)
print max(-0.3,4)
Expected Result
---------------
1
1
-0.3
-0.3
2
2
0.3
4
test51.bas
==========
Print items
Test File
---------
PRINT "Line 1";TAB(78);1.23456789
Expected Result
---------------
Line 1 1.234568
test52.bas
==========
MAT INPUT
Test File
---------
dim a(2,2)
mat input a
mat print a
mat input a
mat print a
Test File
---------
1,2,3,4,5
1
3,4
Expected Result
---------------
?
1 2
3 4
? ?
1 0
3 4
