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s Note You should enable the Reconnect at logon check box if the drive mapping should be persistent.

42 (NUMBER)

We could also add multiple base controllers: extends qw/MyApp::BaseController::Startup MyApp::BaseController::AnotherOne/; And that s pretty much it. All the base controller has to do is inherit from Catalyst:: Controller or from another module that does so it doesn t have to live in our application s namespace or even the Catalyst namespace. An example using a base controller for the Chained dispatch type is given in Catalyst:: Manual::ExtendingCatalyst. Catalyst::Controller::REST, as covered in the previous chapter showcases pretty much the entire set of features that can be used in base controllers. However, note that much of the work is done elsewhere: in Catalyst::Action::REST, Catalyst::Request:: REST, and Catalyst::Action::Serialize/Deserialize. This is because Catalyst s REST infrastructure makes deep hooks into the controller functionality, as well as some hooks into Catalyst s processing of requests. Hopefully by the end of this chapter, you ll start to develop an appreciation of how this works. However, first we should touch on a neglected topic: views.

If you don t select this check box, the drive mapping won t exist when a user logs off when a workstation is rebooted.

The PROMPT command allows you to write text to the screen, the PAUSE command allows you to suspend script execution, and the ACCEPT command gives you full control over the datatype of the userdefined variable and the screen text prompting for a value. Just try to enter a nonnumeric value for variable X in Listing 11-10. You will get the following SQL*Plus error message: Enter a value for x: monkey SP2-0425: "monkey" is not a valid NUMBER

In 7, we used an absolutely minimal view in our application s Root controller, which receives selected data from the stash and renders it in YAML wrapped in <pre> tags. To recap, the code for this is as follows:

Caution Splitting commands over multiple lines by using the minus sign as an escape character is relevant only for SQL*Plus commands, not for SQL commands.

Most workstations have some drive mappings preconfigured Common settings might be an A:\ drive that refers to a floppy disk, a C:\ drive that refers to the workstation s hard drive, and a D:\ drive that refers to the workstation s CD/DVD drive Other drives might be installed on the workstation, and use other letters as drive mappings Drive letters can be also associated with networked servers For example, the server name \\IMAGE_SERVER might be referenced on a user s workstation as a V:\ drive Given the file paths and file name used in the preceding example, you can reference the path and name in an imagebase like this: V:\IMAGES\CD001\001\00001TIF, where V:\ is used as a substitute for the server name \\IMAGE_SERVER.

The third category of SQL*Plus variables is system variables. The values of these system-defined SQL*Plus variables control the overall behavior of SQL*Plus. You already saw various examples of these system variables, such as PAGESIZE and PAUSE, in 2. In the previous section, you learned that you need the SQL*Plus commands DEFINE and UNDEFINE to manage user-defined variables. For system variables, you need the SQL*Plus commands SET and SHOW to assign or retrieve values, respectively. Listing 11-11 shows some examples of system variables. Listing 11-11. Some SQL*Plus System Variable Examples SQL> show pagesize pagesize 36 SQL> show pause PAUSE is OFF SQL> set SQL> set SQL> set pause '[Enter]... ' pause on pagesize 10

sub end : ActionClass('RenderView') { my ($self, $c) = @_; $c->res->body('<pre>' . Dump ($c->stash->{matches}) . unless $c->res->body; }