use Test::Inline;
-my $target = 't/000_recipes';
+my $target = 'tests/000_recipes';
for my $t_file ( File::Find::Rule->file->name(qr/^moose_cookbook_\.t$/)->in($target) ) {
unlink $t_file or die "Cannot unlink $t_file: $!";
From here on, we can use C<$point> and C<$point3d> just as you would
any other Perl 5 object. For a more detailed example of what can be
done, you can refer to the
-F<t/000_recipes/moose_cookbook_basics_recipe1.t> test file.
+F<tests/000_recipes/moose_cookbook_basics_recipe1.t> test file.
=head2 Moose Objects are Just Hashrefs
);
And as with the first recipe, a more in-depth example can be found in
-the F<t/000_recipes/moose_cookbook_basics_recipe2.t> test file.
+the F<tests/000_recipes/moose_cookbook_basics_recipe2.t> test file.
=head1 CONCLUSION
As with all the other recipes, B<BinaryTree> can be used just like any
other Perl 5 class. A more detailed example of its usage can be found
-in F<t/000_recipes/moose_cookbook_basics_recipe3.t>.
+in F<tests/000_recipes/moose_cookbook_basics_recipe3.t>.
=head1 CONCLUSION
parameters that were passed to the method.
A more detailed example of usage can be found in
-F<t/000_recipes/moose_cookbook_basics_recipe4.t>.
+F<tests/000_recipes/moose_cookbook_basics_recipe4.t>.
=head1 CONCLUSION
documentation for the L<overload> pragma.
To see all the code we created together, take a look at
-F<t/000_recipes/basics/010_genes.t>.
+F<tests/000_recipes/basics/010_genes.t>.
=head1 NEXT STEPS