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The C<lazy> directive denotes whether the attribute will be constructed
on-demand, or on-construction. See the L<Moo> documentation for more details.
+=item new
# lazy attribute
# create new_${attribute}
new => 1
The C<new> directive, if truthy, denotes that the attribute will be constructed
on-demand, i.e. is lazy, with a builder named C<new_{attribute}>. This ability
is not supported by the L<Moo> object superclass.
+=item pre|predicate
# create has_${attribute}
pre => 1
predicate => 1
The C<predicate> directive expects a coderef and generates a method for
checking the existance of the attribute. See the L<Moo> documentation for more
details.
+=item rdr|reader
# attribute reader
rdr => $reader
reader => $reader
The C<reader> directive denotes the name of the method to be used to "read" and
return the attribute's value. See the L<Moo> documentation for more details.
+=item tgr|trigger
# attribute trigger
tgr => $trigger
trigger => $trigger
The C<trigger> directive expects a coderef and is executed whenever the
attribute's value is changed. See the L<Moo> documentation for more details.
+=item use
# lazy dependency injection
use => ['service', 'datetime']
The C<use> directive denotes that the attribute will be constructed
on-demand, i.e. is lazy, using a custom builder meant to perform service
construction. This directive exists to provide a simple dependency injection
mechanism for class attributes. This ability is not supported by the L<Moo>
object superclass.
+=item wkr|weak_ref
# weaken ref
wkr => 1
weak_ref => 1
The C<weak_ref> directive is used to denote if the attribute's value should be
weakened. See the L<Moo> documentation for more details.
+=item wrt|writer
# attribute writer
wrt => $writer
writer => $writer
The C<writer> directive denotes the name of the method to be used to "write"
and return the attribute's value. See the L<Moo> documentation for more
details.
+=back
=cut
use_ok "Data::Object::ClassHas";
ok 1 and done_testing;
( run in 0.563 second using v1.01-cache-2.11-cpan-39bf76dae61 )