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Wouldn t it be great if you could run a Ruby script on any platform that had Java support JRuby (http://jruby.codehaus.org) is a 1.8.4-compatible Ruby interpreter written entirely in Java. Where the focus of YARV was extreme speed, the upshot of the JRuby project is extreme portability. Indeed it is quite possible that the number of current platforms Ruby runs on is far higher than for Java, especially if you omit mobile devices. Beyond this, JRuby has added mechanisms for defining and interacting with pure Java classes from within Ruby. The interpreter also provides support for the Bean Scripting Framework (BSF; http://jakarta.apache.org/bsf), allowing Java application servers to use Ruby for individual JSP pages. This feature alone could prove to be a lifesaver in a busy corporate environment. Current limitations of the JRuby implementation include the lack of continuation/binding support, the unavailability of a fine-grained timer, and some missing file operations. None of these issues should prove crippling to the average Ruby script, but they are worth being aware of. A nice way to show off the increased portability that comes from the Java world is to try a Java Web Start-able version of irb. Go to the JRuby site and click the JRuby Console link. This will take you to a page with a webstart link, which you can click to automatically download and run the application.

responsible for addressing nodes in a network by assigning a unique 32-bit address known as an IP address. The IP address, along with the addressing, is also responsible for the movement of the network packet between nodes. Figure 4-3 depicts a common scenario of finding out the IP address of the local host in a network.

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In Figure 4-3, the IP address is denoted in four decimal-based integers, and each delimited digit occupies 8 bits, so a binary representation of 10.255.243.51 is 11000000 10101000 00000000 01100100. A 32-bit IP address would theoretically allow 232 nodes in a network to be addressed, but in reality this is not how it works. The IP address is broken down into two parts; the first part stores the physical network ID, and the second part stores the unique ID of a node in that physical network. Hosts on the same physical network can directly communicate with each other; however, when an individual host wants to exchange data with another host on a different network, then the data need to be handed over to a network router (see Figure 4-4).

@Entity @Name("user") @Table(name="USER") public class User implements Serializable { . . . @ManyToMany @JoinTable(name="USER_ROLE_ASSN", joinColumns=@JoinColumn(name="USER_ID"), inverseJoinColumns=@JoinColumn(name="ROLE_ID")) public List<Role> getRoles() { return mRoles; } public void setRoles(List<Role> roles) { mRoles = roles; } . . . }

The Ruby 1.9 stream is currently a testing ground for all sorts of changes to the language, some of which have been confirmed for Ruby 1.9.1 (the end-of-year 2007 release mentioned previously). In this section, I ll run through a handful of these changes. In choosing these items, I tried to focus on the ones that will have the biggest practical impact for a system administrator. Rest assured that the complete list of changes is vastly longer and contains some fiendishly subtle revisions in behavior and semantics. Note that some of these changes might not make it into the 1.9.1 release as ever, the future is an uncertain and slightly fishy place.

A network router is a device that is connected to more than one network, and its primary job is to route packets from one network to another network. So, a router bridges a path between two separate networks, but the actual allotment of IP addresses in a network is implemented by following standard rules established by the Internet community. Five predefined network address classes determine the number of networks and number of hosts in a network (see Table 4-1).

Bytes Allocated (Network)

With these additions in place, the users that are created in the Login.login() authentication method will now have their roles loaded from the database. We can make Seam aware of the user s roles using the addRole() method on the identity component:

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Throughout the book, you saw a lot of hashes that were constructed with symbols for keys. There is a new syntax for this that makes it even easier to read: {:green => "house", :red => "lorry"} == {green: "house", red: "lorry"} This means that all those flexible method signatures that we know and love can now look more like labeled argument lists: User.create(name: "John", pass: "1234") Array.pop and Array.shift will finally match the spirit of Array.push and Array.unshift in allowing multiple items to be separated from the array at once: items = ["pixel", "texel", "tex-mex"] items.pop(2) # returns ["texel", "tex-mex"], leaving items as ["pixel"] Both arrays and hashes now have their canonical string conversion method to_s do the same thing as inspect, thus puts {users: 15, groups: 12} will now dump {:users=>15,:groups=>12} rather than users15groups12. Much better.

Bytes Allocated (Host)

@Stateful @Name("authenticator") public class Login implements ILogin, Serializable { . . .

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