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A large percentage of the time, the APIs you use to program Android applications abstract the underlying network details. This is good. The APIs and the network protocols themselves are designed so that you can focus on your application and not worry about routing, reliable packet delivery, and so on. Nevertheless, it helps to have some understanding of the way a network works so that you can better design and troubleshoot your applications. To that end, let's cover some general networking concepts, with a focus on Transmission Control Protocol/Internet Protocol (TCP/IP).1 We ll begin with nodes, layers, and protocols.

The layout for our parallel LCD module is presented in Figure 9-4 The first thing we need to discuss is the size of the stripboard As you can see in the layout, it contains 25 traces However, a typical 16 2 LCD is about 32 inches wide, which is equivalent to 32 traces Therefore, if you want the stripboard footprint to match that of the LCD, you will need to make it 32 traces wide I didn t want to include the extra seven traces in the layout because I was concerned that it would be too small to see clearly If you want to use a full-

The basic idea behind a network is that data is sent between connected devices using particular addresses. Connections can be made over wire, over radio waves, and so on. Each addressed device is known as a node. A node can be a mainframe, a PC, a fancy

$from $to Array containing a list of accented characters Array containing non-accented versions of $from

For an in-depth study of all things TCP/IP related, take a look at Craig Hunt s book: http://oreilly.com/ catalog/9780596002978.

This plug-in uses the str_replace() function to replace the characters in the string $text that match those in the array $from with their non-accented counterparts in the array $to In PHP, you can use str_replace() either to substitute single items or, as here, complete arrays of strings, with each array having 55 characters If, for example, the character at location 23 is matched in the array $from, then the character at location 23 in the array $to is substituted The substituted text is then returned

9

toaster, or any other device with a network stack and connectivity, such as an Androidenabled handheld.

To transform accented text to non-accented text, call up the plug-in as follows:

Protocols are a predefined and agreed-upon set of rules for communication. Protocols are often layered on top of one another because they handle different levels of responsibility. The following list describes the main layers of the TCP/IP stack, which is used for the majority of web traffic and with Android:

Figure 9-4

echo PIPHP_RemoveAccents($text);

protocol, and ICMP, among others The Transport Layer where different types of delivery protocols such as TCP and UDP are found The Application Layer which includes familiar protocols such as HTTP, FTP, SMTP, IMAP, POP, DNS, SSH, and SOAP Layers are an abstraction of the different levels of a network protocol stack. The lowest level, the Link Layer, is concerned with physical devices and physical addresses. The next level, the Internet Layer, is concerned with addressing and general data details. After that, the Transport Layer is concerned with delivery details. And, finally, the top-level Application Layer protocols, which make use of the stack beneath them, are application-specific for sending files or email or viewing web pages.

IP is in charge of the addressing system and delivering data in small chunks called packets. Packets, known in IP terms as datagrams, define how much data can go in each

function PIPHP_RemoveAccents($text) { $from = array(" ", " ", " ", " ", " ", " ", " ", " ", " ", " ", " ", " ", " ", " ", " ", " ", " ", " ", " ", " ", " ", " ", " ", " ", $to = " ", " ", " ", " ", " ", "e", " ", " ", " ", " ", " "); " ", " ", "i", " ", " ", " ", " ", " ", " ", " ", " ", " ", "u", " ", " ", " ", " ", " ", " ", " ",