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ok( (my $tr = LolCatalyst::Lite::Translator->new), 'Constructed translator object ok' ); like( $tr->translate('Can i have a cheese burger '), qr/CHEEZ/, 'String translated ok' ); Notice that we ve created a directory for tests for the translator class, so if we want more than one test script later on, we can run them conveniently as a group. We re about to do this for a group currently consisting of one: $ prove -lv t/translator t/translator/simple...... ok 1 - Constructed translator object ok ok 2 - String translated ok 1..2 ok All tests successful. Files=1, Tests=2, 0 wallclock secs ( [...] ) Result: PASS Having established that works, we can commit and move on to refactor the application to use our new class. Going back to why we called our Catalyst-independent domain model Translator rather than Translate, we should ask ourselves why the copy in the class is called ::Model::Translate but our new class is called ::Translator. Well, a class is what an object is, so class names should generally be nouns or at least something nounlike. On the other hand, methods that do things (rather than attribute accessors) should generally be named as verbs, so translate() is correct as a method name, but Translator works better for the class. So we rename LolCatalyst/Lite/Model/Translate.pm to LolCatalyst/Lite/Model/Translator.pm, fix up the package line, and then we change the code in Controller/Root.pm: # commitmsg: move Translate to be Translator # lib/LolCatalyst/Lite/Controller/Root.pm result => $c->model('Translate')->translate($lol), + result => $c->model('Translator')->translate($lol), After a quick prove -lv t/ to make sure the application still passes all tests, we commit. Now we can switch the Model::Translator class over to using the external object: # commitmsg: hook external translator model back up to the app # lib/LolCatalyst/Lite/Model/Translator.pm package LolCatalyst::Lite::Model::Translator; use strict; use warnings; use parent 'Catalyst::Model::Adaptor';

A tally applies only to the results of the currently active query. If you wish to tally the entire database, you should click the Infinity button located on the button bar at the top of Concordance. Tallying counts unique values in a field. In most fields, this is a straightforward calculation: the tally counts each value. By default, Concordance treats values separated by a comma as multiple values. When a field contains multiple values, the tally counts each value in the field. This means that for a field that contains two distinct values, separated by a delimiter, the tally will count the contents of the field twice. For example, if a database contains a field named LASTNAME, and if one of the database records contains the value SMITH, JOHN, Concordance will count SMITH and JOHN separately. For another record in which the field contains the value SMITH, JOHN, BROWN, JOHN, the tally will count four separate values. To minimize confusion, you might wish to change the default delimiter for a field. You can accomplish this from the Data Entry Attributes tool, opened from the Edit Validation menu. You can set different delimiters for different fields. To set a delimiter, click the desired field, then update the value in the Delimiter field (see Figure 8-17).

SQL statements discussed in this book are explained with concrete examples. We focus on th emain points, avoiding peripheral and arcane side-issues as much as possible. The examples are presented clearly in a listing format, as in the example shown here in Listing I-1. 1. Listing I-1. A SQL SELECT Statement

__PACKAGE__->config( class => 'LolCatalyst::Lite::Translator', args => {}, ); 1; Catalyst::Model::Adaptor is a (fairly) simple superclass that adopts in an external class and returns an instance of that instead of an instance of itself when Catalyst asks it to create an object. For example, when Catalyst says to the LolCatalyst::Lite::Model::Translator class, Can I please have your component object for $c->model it loads LolCatalyst::Lite::Translator and returns the following: LolCatalyst::Lite::Translator->new({}) where the curly brackets {} come from the args configuration key. So, having replaced our original Model::Translator code with code that should return an identically functioning object, we call prove -lv t/ again. Lo and behold, it passes LolCatalyst::Lite is now relying on the independent ::Translator object for all its LOLcatting needs.