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Running the new and improved version of EchoServer results in a total throughput of about 60,000 bytes per second This is well over 500 times faster than the results obtained from the byte-banging version This dramatic improvement underscores the point that the cost of moving a single byte at a time through a stream can be nearly as expensive as moving multiple bytes using byte arrays If at all possible, an application should prorate the overhead of read and write operations by moving reasonably large blocks of data Byte-banging is appropriate, and actually a requirement, for some applications The TiniTerm program, presented in Section 34, is a good example of an application that needs to move data in small, often single-byte, chunks A terminal program appears more responsive to the user if it is not buffering the data before displaying it As soon as a character is received by the terminal program, it should be echoed to the display Also, data rates comparable to the 110 bytes per second achieved by the slow echo server are ne in the case of a terminal program because it s awfully tough to type more than 100 keystrokes in one second However, the majority of TINI applications interface with hardware (as opposed to humans) that move data in bursts and often at the maximum rate supported by the communications channel The SerialToEthernet example, presented in Section 35, was written to be able to move large amounts of data between a serial device and an Ethernet network A throughput of only a few hundred bytes per second would render that application useless Since both the EchoClient and EchoServer programs used in this section are written in Java, it is a trivial matter to collect similar numbers for other platforms When the byte-banging version of the echo server was run on a PIII Win2K machine, the server processed only about 1000 bytes per second This is faster than the equivalent server running on TINI but still much slower than the ef cient version of the echo server on TINI This demonstrates that byte-banging isn t just inef cient on resource-constrained environments It can be painfully slow on almost any platform In the echo client/server example, we focused on stream-based I/O, but this also applies to other forms of data transfer such as parallel I/O and 2-wire synchronous serial data transfer The classes that expose these forms of I/O provide block read and write methods that accept a parameter list identical to those de ned in InputStream and OutputStream The performance differences between byte-banging and block moves are huge for both of these cases as well If the MemoryTester application, developed in Section 832, used the single-byte read method on the DataPort object to read from and write to the external memory, the throughput would have been a few hundred bytes per second versus more than a hundred thousand bytes per second In most cases, converting the I/O portions of an application to block moves from byte-banging will lead to throughput improvements of two to three orders of magnitude.

$ rails server => Booting WEBrick => Rails 301 application starting on http://0000:3000 => Call with -d to detach => Ctrl-C to shutdown server

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rigorously attempts to define and enlarge this idea With XLink linking, links can be bidirectional, they can be managed so that they never go "stale," and they enable you to add your own links from documents you don't own One immediate benefit of XLink is a syntax that enables you to represent links generically in your XLink documents in a way that can be reflected easily in a link database (because each link is assigned a unique ID) For that reason and because it's a good idea to support standards (remember the Rosetta stone), it's a good idea to use the XLink syntax, but don't get too bogged down in the details For a full description of the XLink spec syntax, check out http://wwww3org/TR/xlink/ Tim Bray has also written a primer on XLink at http://wwwxmlcom/pub/a/2000/09/xlink/ The following DTD fragment is an example of how to implement the movie element using the XLink syntax XLink requires the definition of the following attributes: type (the kind of link it is), href (what it's linking to, the hypertext reference), show (what should happen when the link is actuated, either clicked or the equivalent action in whatever interface you're dealing with), and actuate (how the link is actuated, either by user action or by default on the page loading) It's beyond the scope of this book to go into all the permutations of these options Suffice it to say that the kinds of links we're talking about are locator links (they locate another resource, such as a page, URL, movie title, and so on) Clicking on them replaces what the user is looking at The user must click the link to activate it, so activate's value is onRequest

This tells us that the application is running on port number 300014 at the address 0000 This special address means that any computer on the local network can view our application; in particular, the machine running the development server ie, the local

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