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Tags are document-level markers. Tags are useful in that you can use them to group a set of documents that have no common feature, and that cannot be found using a series of logical searches. Even if you can find a set of records using a series of searches, you might find the use of tags to isolate records preferable to conducting a search, because querying tags takes place much faster than completing a full text or relational search of fields. Tag data exists outside the data stored in document record fields, and is stored in a file with a .TAG extension. Compared to a search that must scan through every record and perform field-by-field comparisons of large sets of data, a search of tags refers to the .TAG file alone, which compared to Concordance s ancillary search files, is small. Also, unlike edits made to indexed fields, adding, deleting, or modifying tags doesn t require a database to be reindexed. You may create as many tags as you wish, which grants you the ability to group disparate sets of documents according to different criteria. Tags are available to all users, so that an

Index Creation....................................................................................................................................... 179 Unique Indexes ................................................................................................................................ 180 Bitmap Indexes................................................................................................................................ 180 Function-Based Indexes .................................................................................................................. 180 Index Management............................................................................................................................... 181

use Moose; # stolen from Catalyst::Plugin::Acme::Scramble under the Artistic License sub shuffle { for ( my $i = @_; --$i; ) { my $j = int(rand($i+1)); @_[$i,$j] = @_[$j,$i]; } } sub _scramble_word { my $word = shift || return ''; my @piece = split //, $word; shuffle(@piece[1..$#piece-1]) if @piece > 2; join('', @piece); } sub _scramble_block { my $text = shift; ${$text} =~ s{ ( ( :( <=[^[:alpha:]])|( <=\A)) ( <!&)( -x)( <!&#)( x) ( : ['[:alpha:]]+ | ( <!-)-( !-) )+ ( =[^[:alpha:]]|\z) ) } {_scramble_word($1)}gex; } use namespace::clean -except => 'meta'; Below that, we can call _scramble_block exactly as if it had been imported from an external module. sub translate { my ($self, $text) = @_; _scramble_block(\$text); return $text; } 1;

administrator who might be more adept at constructing Concordance searches than users can group records together according to complex search criteria, and then tag the results for other users to use. You can combine tags with full text and relational searches so that you may begin with a known grouping of documents (those that are tagged), and narrow down to subgroups of the tagged documents according to a fielded search. Combining searches in this way takes advantage of the speed of selecting tagged documents, and the flexibility of searching according to criteria contained in specific fields.

7.6 Performance Monitoring with SQL Developer AUTOTRACE......................................182 7.7 Sequences ...............................................................................................................185 7.8 Synonyms ................................................................................................................186 7.9 The CURRENT_SCHEMA Setting ..............................................................................188

Note that the _scramble_block routine modifies its argument in-place, hence wanting a scalarref as the argument (of course, it s possible to do in-place modification without that, but the explicit calling convention is nice). We also need a test for this translator: # t/translator/scramble.t use strict; use warnings; use Test::More qw(no_plan); use LolCatalyst::Lite::Translator; ok( (my $tr = LolCatalyst::Lite::Translator->new), 'Constructed translator object ok' ); my $input = 'hello world'; my $scrambled = $tr->translate_to('Scramble', $input); like($scrambled, qr/h...o w...d/, 'text matches first/last'); isnt($scrambled, $input, 'text altered'); Since the scrambling is randomized and therefore not predictable, all we can do is check the invariants: the first and last letters of each word will remain the same, and the characters in between are randomized. Notice also that we implicitly test the plug-in loading by using the translate_to method rather than testing the Scramble class directly. If you are really keen on unit testing, you might be concerned about this. We consider it a reasonable trade-off to check the loader, and we don t see much advantage to separately testing the two pieces of code. Looking over the code again, it occurs to us that the subclass of LolCatalyst::Lite:: Translator probably wants to live in its subnamespaces and that perhaps our choice of driver class name wasn t ideal. Since we ve been talking about them as translation drivers all through this, LolCatalyst::Lite::Translator::Driver:: seems like a better namespace. So we move the files and adjust their package lines, and change ::Translator to match: # commitmsg: move drivers to better namespace # lib/LolCatalyst/Lite/Translator.pm - my $base = __PACKAGE__; + my $base = __PACKAGE__.'::Driver';