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Then restart your Apache server to load the module. To configure the module to compress any text, HTML, or XML sent from your server to browsers that support compression, add the following directives to your vhost configuration.

<views> <include name="body" template="pages/exception.cfm" /> </views> </event-handler> <!-- A "404" event to show when the requested event isn't defined. --> <event-handler name="page.missing"> <broadcasts /> <results> <result do="template.main" /> </results> <views> <include name="body" template="pages/missingEvent.cfm" /> </views> </event-handler> <!-- Private events: can't be accessed through a URL --> <event-handler access="private" name="template.main"> <views> <include name="main" template="templates/main.cfm" /> </views> </event-handler> </event-handlers> </modelglue> This file is divided into three sections: controllers, event-handlers, and event-types. Let s look at each of these sections.

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Variables are bound to an underlying object with the tie function. The first argument to tie is the variable to be bound, and the second is the name of the object class, which will provide the functionality of the tied variable. Further arguments are passed to the constructor that is, in turn, used to create the object used to implement this particular variable, which is, of course, determined by the type of variable being tied. For example, to tie a scalar variable to a package called My::Scalar::Tie, we could put my $scalar; tie $scalar, 'My::Scalar::Tie', 'initial value'; The initial value argument is passed to the constructor; in this case, it is expected to be used to set up the scalar in some way, but that is up to the constructor. Similarly, to tie a hash variable, this time to a DBM module, we use the following: tie %dbm, 'GDBM_File', $filename, $flags, $perm; The GDBM_File module implements access to DBM files created with the gdbm libraries. It needs to know the name of the file to open, plus, optionally, open flags and permissions (in exactly the same

way that the sysopen function does). Given this, the module creates a new database object that contains an open filehandle for the actual database handle as class data. If we tie a second DBM database to a second variable, a second object instance is created, containing a filehandle for the second database. Of course, we only see the hash variable, all the work of reading and writing the database is handled for us by the DBM module (in this case GDBM_File). The return value from tie is an object on success, or undef on failure: $object = tie $scalar, 'My::Scalar::Tie', 'initial value'; We can store this object for later use, or alternatively (and more conveniently) we can get it from the tied variable using tied: $object = tied $scalar;

Many, though not all, tied object modules produce a fatal error if they cannot successfully carry out the tie (the database file does not exist, or we did not have permission to open it, for example). To catch this, we therefore need to use eval. For example, this subroutine returns a reference to a tied hash on success or undef on failure: sub open_dbm { my $filename = shift; my %dbm; eval {tie %dbm, 'GDBM_File', $filename}; if ($@) { print STDERR "Dang! Couldn't open $filename: $@"; return undef; } return \%dbm; } This is not a property of tie, but rather a general programming point for handling any object constructor that can emit a fatal error, but it s worth mentioning here because it is easy to overlook.

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