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Sometimes, when you want to display the URL on a web page, it can be so long it looks untidy and messes up your layout Of course, you can come up with suitable text for a hyperlink instead of showing the URL, but what about when a user posts a web address to your web site This plug-in has a simple solution because it shortens any long URLs (or other strings) by removing the middle and only keeping the two ends Figure 3-10 shows a long URL text string followed by a version shortened by this plug-in You should note that when used on URLs, the shortened text is only for the displayed part of an HTML link and not the actual link itself, which must remain unchanged; the plug-in s main use is for reducing the space that the text of a link takes up on a web page

After a packet is sent and delivered, an application takes over. For example, to send an email message, Simple Mail Transfer Protocol ( SMTP) defines a rigorous set of procedures that have to take place. You have to say hello in a particular way and introduce yourself; then you have to supply from and to information, followed by a message body in a particular format. Similarly, HTTP defines the set of rules for the Internet which methods are allowed (GET, POST, PUT, DELETE) and how the overall request/ response system works between a client and a server. When you re working with Android (and Java-related APIs in general), you typically don t need to delve into the details of any of the lower-level protocols, but you might need to know the major differences we ve outlined here for troubleshooting. You should also be well-versed in IP addressing, know a bit more about clients and servers, and how connections are established using ports.

8 For each of the right-angle female headers,

This plug-in takes a string variable containing a long URL (or other string) and returns a shortened version It takes these arguments:

Anyone who s ever used a web browser is familiar with the client/server computing model. Data, in one format or another, is stored on a centralized, powerful server. Clients then connect to that server using a designated protocol, such as HTTP, to retrieve the data and work with it. This pattern is, of course, much older than the web, and it has been applied to everything from completely dumb terminals that connect to mainframes to modern desktop applications that connect to a server for only a portion of their purpose. A good example is iTunes, which is primarily a media organizer and player, but also has a store where customers can connect to the server to get new content. In any case, the concept is the same: The client makes a type of request to the server and the server responds. This model is the same one that the majority of Android applications (at least those that use a server side at all) generally follow. Android applications typically end up as the client.

In order to handle many client requests that are often for different purposes and that come in nearly simultaneously to a single IP address, modern server operating systems use the concept of ports. Ports aren t physical; they re a representation of a particular area of the computer s memory. A server can listen on multiple designated ports at a single address; for example, one port for sending email, one port for web traffic, two ports for file transfer, and so on. Every computer with an IP address also supports a range of thousands of ports to enable multiple conversations to happen at the same time. Ports are divided into three ranges:

$text A string variable containing the text to be modified $size A numeric variable containing the new string size $mark A string variable containing a character sequence to mark the part that was

bend and insert a jumper so that it spans the top of the header as shown in Figure 9-5 Using a small clamp to hold the header and the jumper tightly against the top of the board, solder and snip the jumper leads on the bottom of the board

Well-known ports 0 through 1023 Registered ports 1024 through 49151 Dynamic and/or private ports 49152 through 65535