AI-Prolog
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t/80preprocessor_math.t view on Meta::CPAN
'(17.2 * (A) % 2 )',
'(A+B/)C+D+2)',
);
foreach my $not_simple_group_term (@not_simple_group_term) {
ok ! $CLASS->_simple_group_term($not_simple_group_term), "$not_simple_group_term should not match : simple group term";
}
my @math_term = (
'3',
'0.3',
'3.0',
'(3)',
'.3',
'-.3',
'( A%2)',
'(A % 2 )',
'(17.2 * A % 2 )',
'(A+B/C+D+2)',
);
foreach my $math_term (@math_term) {
ok $CLASS->_math_term($math_term), "$math_term matches : math term";
}
my @not_math_term = (
'x',
'y_',
' % _',
'3 + ',
'- 0.3',
);
foreach my $not_math_term (@not_math_term) {
ok ! $CLASS->_math_term($not_math_term), "$not_math_term should not match : math term";
}
my @complex_rhs = (
'X',
'Y_',
'3',
'.3',
'3.0',
'(3)',
'( A%2)',
'(A % 2 )',
'(17.2 * A % 2 )',
'(A+B/C+D+2)',
'2 + (3)',
'( A%2) / 3 * (2+2)',
);
foreach my $complex_rhs (@complex_rhs) {
ok $CLASS->_complex_rhs($complex_rhs), "$complex_rhs matches : complex rhs";
}
my @not_complex_rhs = (
'x',
'_Y',
'3)',
);
foreach my $not_complex_rhs (@not_complex_rhs) {
ok ! $CLASS->_complex_rhs($not_complex_rhs), "$not_complex_rhs should not match : complex rhs";
}
#print $CLASS->expression;
my @complex_group_term = (
'( X )',
'( Y_ )',
'( 3 )',
'( .3 )',
'( 3.0 )',
'( (3) )',
'(( A%2) )',
'( (A % 2 ) )',
'( (17.2 * A % 2 ) )',
'( (A+B/C+D+2))',
'(2 + (3))',
'( ( A%2) / 3 * (2+2) )',
);
foreach my $complex_group_term (@complex_group_term) {
ok $CLASS->_complex_group_term($complex_group_term), "$complex_group_term matches : complex group term";
}
my @not_complex_group_term = (
'( x )',
'()',
'( 3',
'( .3 ))',
'(( 3.)0 )',
'(( A%2 )',
'( (A+B/(C+D+2))',
'( ( A%2) (/) 3 * (2+2) )',
);
foreach my $not_complex_group_term (@not_complex_group_term) {
ok ! $CLASS->_complex_group_term($not_complex_group_term), "$not_complex_group_term should not match : complex group term";
}
can_ok $CLASS, '_lex';
my $rhs = '3';
is_deeply $CLASS->_lex($rhs), [[qw/ ATOM 3 /]], "$rhs : lexes properly";
$rhs = 'A + 3';
is_deeply $CLASS->_lex($rhs), [
[qw/ ATOM A /],
[qw/ OP + /],
[qw/ ATOM 3 /]
], "$rhs : lexes properly";
$rhs = 'A ** 3';
is_deeply $CLASS->_lex($rhs), [
[qw/ ATOM A /],
[qw/ OP ** /],
[qw/ ATOM 3 /]
], "$rhs : lexes properly";
$rhs = '3 * ( 7 +4)';
is_deeply $CLASS->_lex($rhs), [
[qw/ ATOM 3 /],
[qw/ OP * /],
[qw/ LPAREN ( /],
[qw/ ATOM 7 /],
[qw/ OP + /],
[qw/ ATOM 4 /],
[qw/ RPAREN ) /],
], "$rhs : lexes properly";
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