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Apache allows custom headers to be set with the Header and ErrorHeaders directives, provided by mod_headers. These two directives are identical except for the responses on which they take effect: Headers allows response headers to be manipulated for successful responses, typically 200 (OK), but are defined as being any response in the 100 299 range. Conversely, ErrorHeaders will only affect responses in the 300 599 range, which includes errors, redirections, and authentication requests. (At the time of writing, ErrorHeaders isn t yet implemented in Apache 2 but is expected soon.) Five modes of operation are available, one of which, echo, is introduced in Apache 2 (see Table 4-8).

4

Headers can be set with this: Header set Flavor strawberry This would produce an HTTP response with an additional header of this: Flavor: strawberry Case isn t important. Apache automatically puts out the header with the case adjusted, and you can add a colon to make the directive look like the header it produces. The following are therefore equivalent: Header set Flavor strawberry Header set Flavor: strawberry Header set FLAVOR strawberry The scope of the Header directive is valid in any context, so you can make any file in a specific directory return a header with something such as this: <Location /recipes/desserts/strawberry/> Header set Flavor strawberry </Location>

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// for each child call the function recursively to visit nodes of each child. for (int i = 0; i < children.getLength(); i++) getElement(children.item(i)); } The method visits each node in the document until there are no more nodes, as indicated by a null reference. The node name is retrieved by calling the getNodeName method on the node object. We compare this with the name Customer, and if a match is found, we increment our counter. The program retrieves the child nodes of a given node by calling the getChildNodes method on it. It then iterates through all the child nodes and its children recursively by calling the getElement method with the new node value. The main function now simply calls the preceding getElement method by passing the document reference to it: getElement(doc); Note that doc refers to the root element. When the method completes, the count will contain the number of occurrences of the Customer element in the entire document. We print this number on the user console: System.out.println ("Number of Customers: " + count);

S, skip [S=number]

and run it through Velocity using the following code: import java.io.StringWriter; import org.apache.velocity.VelocityContext; import org.apache.velocity.app.Velocity; public class ImportDemo { public static void main(String[] args) throws Exception { Velocity.init(); VelocityContext context = new VelocityContext(); StringWriter writer = new StringWriter(); Velocity.mergeTemplate( "templates/HTMLBody.vm", "ASCII", context, writer); System.out.println(writer); } } you end up with this output: <html> <head> <title>Legolas Industries Homepage</title> </head> <body> <h1>Welcome!!</h1> <h3>Copyright © Legolas Industries 2003</h3> </body> </html> Notice from the Java code that you only specify the HTMLBody.vm template in your call to Velocity.mergeTemplate(), but the code from the HTMLFooter.vm template still finds its way into your final output. This is the #include directive at work. With #include the contents of the include file are substituted for the directive itself. You can also pass multiple arguments to the #include directive to import multiple files in one go: #include("HTMLFooter.vm", "HTMLLinkBar.vm") The drawback of the #include directive is that any VTL content in the include files is ignored by Velocity and treated as static content, so you can t change the content of the included files based on any of the variables in the current context. However, this leads us quite nicely into a discussion of the #parse directive.

Skips the next number rules if this rule matches. This is somewhat similar to an if-then-goto construct and should be treated with the same caution and suspicion as the goto command in programming languages. When number is 1, this has the opposite effect of the [C] flag. Using [C] with a negated regular expression is a better solution in this case. Sets an environment variable if the rule matches, in a similar way to the BrowserMatch and SetEnvIf directives. This can then be used to set internal variables such as nokeepalive and pass conditions to allow env=var-style access control. Allows other URL rewriting modules such as mod_alias to work on the results of a RewriteRule. Because both Alias and RewriteRule turn URLs into filenames, they can t both be used. This flag allows the filename result of RewriteRule to be interpreted as a URL by Alias and Redirect.

E, env [E=var:value]

Multiple flags for the same rule can be specified by separating them with commas:

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