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|
use strict;
$^W++;
use Class::Prototyped;
use Data::Dumper;
use Test;
BEGIN {
$|++;
plan tests => 43;
}
$Data::Dumper::Sortkeys = 1;
$Data::Dumper::Sortkeys = 1;
package main;
my $p = Class::Prototyped->new();
$p->reflect->addSlot('field_1' => 'field_1');
$p->reflect->addSlot([qw(field_2)] => 'field_2');
$p->reflect->addSlot([qw(field_3 FIELD)] => 'field_3');
$p->reflect->addSlot([qw(field_4 constant)] => 'field_4');
$p->reflect->addSlot([qw(field_5 constant 1)] => 'field_5');
$p->reflect->addSlot([qw(field_6 FIELD constant)] => 'field_6');
$p->reflect->addSlot([qw(field_7 FIELD constant 1)] => 'field_7');
$p->reflect->addSlot('method_1' => sub { print "method_1.\n";});
$p->reflect->addSlot([qw(method_2)] => sub { print "method_2.\n";});
$p->reflect->addSlot([qw(method_3 METHOD)] => sub { print "method_3.\n";});
$p->reflect->addSlot([qw(method_4 superable)] => sub { print "method_4.\n";});
$p->reflect->addSlot([qw(method_5 superable 1)] => sub { print "method_5.\n";});
$p->reflect->addSlot([qw(method_6 METHOD superable)] => sub { print "method_6.\n";});
$p->reflect->addSlot([qw(method_7 METHOD superable 1)] => sub { print "method_7.\n";});
my %slots = $p->reflect->getSlots(undef, 'rotated');
ok( join('|', sort keys %slots),
join('|', sort map {("field_$_", "method_$_")} (1..7)) );
foreach my $i (1..3) {
ok( Data::Dumper->Dump([$slots{"field_$i"}]),
Data::Dumper->Dump([{attribs => {}, value => "field_$i", type => 'FIELD'}])
);
ok( Data::Dumper->Dump([$slots{"method_$i"}]),
Data::Dumper->Dump([{attribs => {}, value => sub {}, type => 'METHOD'}])
);
}
foreach my $i (4..7) {
ok( Data::Dumper->Dump([$slots{"field_$i"}]),
Data::Dumper->Dump([{attribs => {constant => 1}, value => "field_$i", type => 'FIELD'}])
);
ok( Data::Dumper->Dump([$slots{"method_$i"}]),
Data::Dumper->Dump([{attribs => {superable => 1}, value => sub {}, type => 'METHOD'}])
);
}
my $q = $p->clone();
$p->reflect->addSlot('parent_1*' => $q);
ok( join('|', $p->reflect->slotNames('PARENT')),
join('|', qw(parent_1*)) );
$p->reflect->addSlot([qw(parent_2*)] => $q);
ok( join('|', $p->reflect->slotNames('PARENT')),
join('|', qw(parent_1* parent_2*)) );
$p->reflect->addSlot([qw(parent_3* PARENT)] => $q);
ok( join('|', $p->reflect->slotNames('PARENT')),
join('|', qw(parent_1* parent_2* parent_3*)) );
$p->reflect->addSlot([qw(parent_4* promote)] => $q);
ok( join('|', $p->reflect->slotNames('PARENT')),
join('|', qw(parent_4* parent_1* parent_2* parent_3*)) );
$p->reflect->addSlot([qw(parent_5* promote 1)] => $q);
ok( join('|', $p->reflect->slotNames('PARENT')),
join('|', qw(parent_5* parent_4* parent_1* parent_2* parent_3*)) );
$p->reflect->addSlot([qw(parent_6* PARENT promote)] => $q);
ok( join('|', $p->reflect->slotNames('PARENT')),
join('|', qw(parent_6* parent_5* parent_4* parent_1* parent_2* parent_3*)) );
$p->reflect->addSlot([qw(parent_7* PARENT promote 1)] => $q);
ok( join('|', $p->reflect->slotNames('PARENT')),
join('|', qw(parent_7* parent_6* parent_5* parent_4* parent_1* parent_2* parent_3*)) );
%slots = $p->reflect->getSlots(undef, 'rotated');
ok( join('|', sort keys %slots),
join('|', sort map {("field_$_", "method_$_", "parent_$_*")} (1..7)) );
foreach my $i (1..7) {
ok( Data::Dumper->Dump([$slots{"parent_$i*"}]),
Data::Dumper->Dump([{attribs => {}, value => $q, type => 'PARENT'}])
);
}
$p->reflect->addSlot(['field_d', description => 'This is a friendly to use field!'], 'friendly');
$p->reflect->addSlot(['method_d', description => 'This is a friendly to use method!'], sub {});
$p->reflect->addSlot(['parent_d*', description => 'This is a friendly to use parent!'], $q);
ok( join('|', $p->reflect->slotNames('PARENT')),
join('|', qw(parent_7* parent_6* parent_5* parent_4* parent_1* parent_2* parent_3* parent_d*)) );
ok( Data::Dumper->Dump([[$p->reflect->getSlots()]]),
Data::Dumper->Dump([[
(map {(["parent_$_*", 'PARENT'] => $q)} qw(7 6 5 4 1 2 3)),
(['parent_d*', 'PARENT', description => 'This is a friendly to use parent!'], $q),
(map {(["field_$_", 'FIELD'] => "field_$_")} (1..3)),
(map {(["field_$_", 'FIELD', 'constant', 1] => "field_$_")} (4..7)),
(map {(["method_$_", 'METHOD'] => scalar($p->reflect->getSlot("method_$_")))} (1..3)),
(map {(["method_$_", 'METHOD', 'superable', 1] => scalar($p->reflect->getSlot("method_$_")))} (4..7)),
(['field_d', 'FIELD', description => 'This is a friendly to use field!'], 'friendly'),
(['method_d', 'METHOD', description => 'This is a friendly to use method!'], sub {}),
]]) );
my $r = $p->clone();
ok( Data::Dumper->Dump([[$p->reflect->getSlots()]]),
Data::Dumper->Dump([[$r->reflect->getSlots()]]) );
eval { $p->reflect->addSlot([qw(field_fail superable)], 'val'); };
ok( $@ =~ /FIELD slots cannot have the 'superable' attribute/ );
eval { $p->reflect->addSlot([qw(field_fail promote)], 'val'); };
ok( $@ =~ /FIELD slots cannot have the 'promote' attribute/ );
eval { $p->reflect->addSlot([qw(method_fail constant)], sub {}); };
ok( $@ =~ /METHOD slots cannot have the 'constant' attribute/ );
eval { $p->reflect->addSlot([qw(method_fail promote)], sub {}); };
ok( $@ =~ /METHOD slots cannot have the 'promote' attribute/ );
eval { $p->reflect->addSlot([qw(method_fail METHOD)], 'hi there'); };
ok( $@ =~ /method slots have to have CODE refs as values/ );
eval { $p->reflect->addSlot([qw(parent_fail* constant)], $q); };
ok( $@ =~ /PARENT slots cannot have the 'constant' attribute/ );
eval { $p->reflect->addSlot([qw(parent_fail* superable)], $q); };
ok( $@ =~ /PARENT slots cannot have the 'superable' attribute/ );
eval { $p->reflect->addSlot([qw(parent_fail PARENT)], $q); };
ok( $@ =~ /slots should end in \* if and only if the type is parent/ );
eval { $p->reflect->addSlot([qw(parent_fail* FIELD)], $q); };
ok( $@ =~ /slots should end in \* if and only if the type is parent/ );
eval { $p->reflect->addSlot([qw(parent_fail* METHOD)], sub {}); };
ok( $@ =~ /slots should end in \* if and only if the type is parent/ );
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