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Over the course of this book, you explored the nature of the language and the difference it can make to those innumerable little chores that make up an administrator s day, from consistent file handling through unified data architectures to network systems analysis and administration. Throughout, I have attempted to present Ruby as I find it: a treasure that can be relied upon again and again to put a smile on my face and a spring in my step. It is my sincere hope that you have been intrigued enough by what you ve read to continue your journey through the land of Ruby strong in will to slice, to squeeze, to bind, and not to yield.

To address this inconsistency, a common network representation format is defined that makes no assumptions and ensures the portability of data across different CPU architectures. This format is the same as big-endian. Therefore, both little-endian and big-endian machines, before sending data, convert it to a network representation format. This kind of data portability is required only when the applications communicating with each other use a different CPU architecture. But if they are built on a similar architecture, then there is no need for any intermediate conversion step, and the data is directly exchanged. To convert a multibyte value from host byte order to network byte order, we will use the NetworkToHostOrder defined in the IPAddress class in the following code. Similarly, HostToNetworkOrder converts from network byte order to host byte order. Both HostToNetworkOrder and NetworkToHostOrder are overloaded methods, and both take a multibyte value and convert it to an appropriate format. using System; using System.Net; namespace NetworkByteOrder { class NBO { [STAThread] static void Main(string[] args)

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{ short quantity = 99; short networkOrder = IPAddress.NetworkToHostOrder(quantity); Console.WriteLine("Quantity Converted to Network Byte Order :" +networkOrder); short hostOrder = IPAddress.HostToNetworkOrder(networkOrder); Console.WriteLine("Quantity Converted to Host Byte Order :" +hostOrder ); } } } The output in Figure 4-15 shows a multibyte value converted from a host format to a network format, and vice versa.

startReviewTask(), can be used for starting all tasks in the review-gadget process, and we just make the appropriate entry in faces-config.xml to associate the appropriate page

s promised in 2, this appendix takes time to introduce the general execution environment of a Ruby script. It covers the various command line options available with the Ruby interpreter as well as the many pertinent variables and constants that make very short scripts possible.

The earlier code example highlighted the modus operandi of UDP- and TCP-based applications The data transmitted on the network is first serialized into a byte array of a fixed size The receiving application knows this fixed size and accordingly allocates a buffer before receiving the data However, in a real-world application, there are different types of application data, and you cannot expect their data lengths to be the same Also, both UDP and TCP exhibit a different behavior when it comes to the data transmission stage When data is handed over to TCP using SocketSend, it is first copied into TCP internal data structures, and the control is immediately returned to the caller In reality, TCP never immediately sends data over the wire; it first buffers the data, so it is likely that a multiple call to Socket.

Send will batch the data, and TCP will then transmit this accumulated data in a single TCP segment The side effect of such optimization is that the receiving application now needs to apply enough intelligence to dissect the correct message On the other hand, UDP is pretty straightforward, and data dispatched using SocketSend is considered to be a unique UDP segment and is immediately transmitted over the wire As you saw earlier, Socket uses a sequence of bytes when it comes to sending or receiving data But in reality applications work at a higher abstraction layer and are represented in the form of strongly typed objects So you need to serialize the actual data that is encapsulated inside a strongly typed object into raw bytes before sending it over a network.

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