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Let s start with a quick reminiscence from 2. We saw that the pervasive nature of recordoriented processing as encountered by administrators lead Ruby to adopt Perl s convention of the -n and -p flags. Such records (and the fields they contain) tend to be separated by some common character/string. This concept is systematized through the presence of the global variables $/ and $;, which modify the default behavior of the pertinent string and file handling methods. In 2 we wrote a command that I promised to expand upon later. Here it is again: ruby -a -ne 'open("/tmp/user_#{$.}", "w") { |f| f.puts $F }' user_info To begin, we need to examine the structure of the file user_info. I indicated that this was a classic whitespace-delimited, record-oriented file. Here s a snippet of user_info with all invisible characters explicitly marked: Anthony [TAB] Burgess [TAB] ab152 [TAB] 500MB [LF] Marcus [TAB] Aurelius [TAB] ma841 [TAB] 150MB [LF] ... In parsing this data, we need know only three things: By what character/string records are separated ([LF] (ASCII: 10)) Likewise for fields within those records ([TAB] (ASCII: 9)) Whether it is safe to assume that these delimiters will not appear anywhere as actual data (yes for this simple example, a tab or a line feed within a field would be considered illegal data) The one-liner under discussion copes with these constraints with basically no direct specification of them. In fact it cheats a little. As stated in 2, -n wraps the to-be-executed code in a while gets ... end block. So a call is being made to Kernel.gets in order to grab the next line for processing until there are no lines left. Listing 7-1 explodes the one-liner into a more readable form.

Therefore, according to this new formula, given a single IP address in a physical network, you can form 16 logical subnetworks and 16 hosts per logical subnetwork The representation format of a subnet mask is similar to the IP address format For example, the default subnet mask for a Class C address is 2552552550, so to create 16 logical subnetworks and 16 hosts per logical subnetwork, the new subnet mask would be 255255255240 The mask contains 1s for the subnet ID and 0s for the host ID, so the binary representation of this mask would be 11111111 11111111 11111111 11110000 IP is an unreliable protocol even though it attempts a best-effort delivery service It poses some serious shortcomings such as it offers no guarantee that the packet will get delivered to the target host.

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Once this new restriction is in place, Seam will still check to see whether the user is authenticated (since we still have the identity.loggedIn clause in the expression). If the user is logged in, Seam checks the roles that have been associated with the user in the identity component. If any user without the ADMIN role attempts to access a page in the admin directory, an AuthorizationException will be thrown, and the user will see a default error page. Ideally, we d like to avoid having the user see raw error pages generated by the application server or the web server. The same way we customized the handling of the NotLoggedInException earlier, we can specify how we want an AuthorizationException handled using an exception element in pages.xml. In our case, an unauthorized user will be sent back to the main home page, with a message stating that he or she doesn t have access to the requested page:

Furthermore, the packet may get delivered in a nonsequential manner; as a result, the target host will notice messages are being received in an out-of-sequence order Despite such problems, IP is still a cornerstone of the TCP/IP communication backbone, and its limitations are nicely handled by its upper layer The IP datagram, along with the actual message to be delivered, also contains its own header fields that are required to properly route a message to the destination host The following sections describe the key fields of the IP header and are categorized according to their usage..

Listing 7-1. A More Digestible Yet No Less Magical Form of the One-Liner while gets $F = split open("/tmp/user_#{$.}", "w") { |f| f.puts $F } end The first thing to say is that, now that we re no longer in one-liner territory, there is way too much magic going on here. For Ruby-ists, maintaining code with this level of implicit behavior is akin to a man with a kumquat lodged in an unfortunate orifice it does not sit well. It might be useful to analyze the implicit bits quickly to get a feel for what s going on. From there we can deduce how to make this script more concrete.

The two most important fields of the IP header are the source address and destination address. Both addresses represent the IP address of the sender and the destination host in a network, and each field occupies 4 bytes of memory storage.

<pages> . . . <exception class="org.jboss.seam.security.AuthorizationException"> <end-conversation/> <redirect view-id="/index.xhtml"> <message>We're terribly sorry, but you don't have the privileges to access the page you requested.</message> </redirect> </exception> . . . </pages>

This 2-byte field stores the total length of the IP datagram, which also includes the length of the data. Based on this value, it would allow you to send 65,535 bytes of the IP datagram, but the actual maximum size is determined based on the underlying network maximum transmission unit (MTU). The MTU determines the maximum size of packet that could float on a network. The MTU of a network is computed based on the end-to-end communication link of two hosts. For example, if a sending host in a local area network communicates with a target host that is geographically distributed and connected using telephone lines, then the smallest MTU between the two hosts is computed.

Retrieving Each Record (Line)

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