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use strict;
use Test;
BEGIN {
plan(tests => 13) ;
}
use Inline Octave => q{
function jnk0(x,a,b);
t=x+a+b;
endfunction
function a1 =jnk1(x,a,b);
t=x+a+b;
a1=t;
endfunction
function [a1] =jnk2(x,a,b);
t=x+a+b;
a1=t;
endfunction
function [a1,a2] =jnk3(x,a,b);
t=x+a+b;
a1=t;
a2=t+1;
endfunction
function [a1,a2,a3,a4,a5,a6,a7,a8,a9] =jnk9(x,a,b);
t=x+a+b;
a1=t;
a2=t+1;
a3=t+2;
a4=t+3;
a5=t+4;
a6=t+5;
a7=t+6;
a8=t+7;
a9=t+8;
endfunction
function [a1,a2,a3,a4,a5,a6,a7,a8,a9,a10] =jnk10(x,a,b);
t=x+a+b;
a1=t;
a2=t+1;
a3=t+2;
a4=t+3;
a5=t+4;
a6=t+5;
a7=t+6;
a8=t+7;
a9=t+8;
a10=t+9;
endfunction
function [a1,a2,a3,a4,a5,a6,a7,a8,a9,a10,a11] =jnk11(x,a,b);
t=x+a+b;
a1=t;
a2=t+1;
a3=t+2;
a4=t+3;
a5=t+4;
a6=t+5;
a7=t+6;
a8=t+7;
a9=t+8;
a10=t+9;
a11=t+10;
endfunction
function t=alleq(a,b); t= all(a==b); endfunction
};
sub listeq {
my @l1= @{$_[0]};
my @l2= @{$_[1]};
return 0 unless length( @l1 ) == length( @l2 );
for (my $i=0; $i< @l1; $i++) {
return 0 unless $l1[$i] == $l2[$i];
}
return 1;
}
sub flatten_scalars {
my @retval;
foreach (@_) {
push @retval, $_->as_scalar;
}
return @retval;
}
ok ( not defined ( jnk0(4,2,1) ) );
my @v;
#perl compare
@v= flatten_scalars( jnk1 (4,2,1) );
ok ( listeq( \@v, [ 7 ] ) );
@v= flatten_scalars( jnk2 (4,2,1) );
ok ( listeq( \@v, [ 7 ] ) );
@v= flatten_scalars( jnk3 (4,2,1) );
ok ( listeq( \@v, [ 7,8 ] ) );
@v= flatten_scalars( jnk9 (4,2,1) );
ok ( listeq( \@v, [ 7..15 ] ) );
@v= flatten_scalars( jnk10(4,2,1) );
ok ( listeq( \@v, [ 7..16 ] ) );
@v= flatten_scalars( jnk11(4,2,1) );
ok ( listeq( \@v, [ 7..17 ] ) );
# octave compare
@v= flatten_scalars( jnk1 (4,2,1) );
ok ( alleq( \@v, [ 7 ] )->as_scalar );
@v= flatten_scalars( jnk2 (4,2,1) );
ok ( alleq( \@v, [ 7 ] )->as_scalar );
@v= flatten_scalars( jnk3 (4,2,1) );
ok ( alleq( \@v, [ 7,8 ] )->as_scalar );
@v= flatten_scalars( jnk9 (4,2,1) );
ok ( alleq( \@v, [ 7..15 ] )->as_scalar );
@v= flatten_scalars( jnk10(4,2,1) );
ok ( alleq( \@v, [ 7..16 ] )->as_scalar );
@v= flatten_scalars( jnk11(4,2,1) );
ok ( alleq( \@v, [ 7..17 ] )->as_scalar );
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