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The first part of this definition states two things: A view is a virtual table: That is, you can treat a view (in almost all circumstances) as a table in your SQL statements. Every view has a name, and that s why views are also referred to as named queries. Views have columns, each with a name and a datatype, so you can execute queries against views, and you can manipulate the contents of views (with some restrictions) with INSERT, UPDATE, DELETE, and MERGE commands. A view is a virtual table: In reality, when you access a view, it only behaves like a table. Views don t have any rows; that s why the view definition says contents

sub _build_greeting { my ($self) = @_; my $greeting = $self->greeting_string; my $name = $self->name $greeting =~ s/__NAME__/$name/e; return $greeting; } 1; Before we explain what all this means in the text, we ll also add some documentation. END__ =head1 NAME Greeter::Member =head1 SYNOPSIS Stores a name and a greeting, and provides a string to greet the individual by name. my $member = Greeter::Member->new( name => 'Sleepy', greeting_string => 'Night Night __NAME__' ); print $member->greeting, "\n"; The preceding documentation shows how to instantiate our object. The name attribute stores a string containing the individual s name. The greeting_string contains the greeting. Observe that we put a placeholder in where the name is to go. This is so we can greet guests later on, and so we can deal with grammatical irregularities. The name and greeting_string attributes store static string data, as shown by the isa => 'Str' type constraint. The greeting attribute is also a string, but it has a lazy_build = 1 statement indicating that it is constructed programmatically in the _build_greeting subroutine. The lazy_build key is particularly useful for computationally expensive attributes, but in this case we re using it because it s convenient. All that the _build_greeting subroutine does is substitute the __NAME__ placeholder for the name set at object construction time. It s also probably convenient to add a new method in here to greet someone else with the object s greeting. We ll leave the authorization checking for the Greeting module itself. sub greet_guest { my ($self, $name) = @_; die "A name argument is required to greet a guest" if ! $name; my $greeting = $self->greeting_string; $greeting =~ s/__NAME__/$name/; return $greeting; } We ll also have to document this method. After the print statement in the SYNOPSIS section, we can add this line:

Clicking one of the items in the tree causes Concordance to import items in that object You may highlight only one object per import Note that each node in the tree view might have subfolders To ensure that all entries from every subfolder are imported, you should check the Import subdirectories check box To import all entries in every object in the tree, you can click the top-level object (Personal Folders in Figure 6-28), and then check the Import subdirectories check box..

(within quotation marks). You define views as named queries, which are stored in the data dictionary; that s why another common term for views is stored queries. Each time you access the contents of a view, the Oracle DBMS retrieves the view query from the data dictionary and uses that query to produce the virtual table. Data manipulation on a view sounds counterintuitive; after all, views don t have any rows. Nevertheless, views are supposed to behave like tables as much as possible. If you issue data manipulation commands against a view, the DBMS is supposed to translate those commands into corresponding actions against the underlying base tables. Note that some views are not updatable; that s why Ted Codd s rule 6 (see 1) explicitly refers to views being theoretically updatable. We ll discuss data manipulation via views in Section 10.4 of this chapter. Views are not only dependent on changes in the contents of the underlying base tables, but also on certain changes in the structure of those tables. For example, a view doesn t work anymore if you drop or rename columns of the underlying tables that are referenced in the view definition.

Figure 6-28. The first dialog of the Import e-mail wizard. In this instance, the administrator s workstation has Microsoft Outlook installed, and has access to e-mail messages that should be imported.