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/// <summary> /// Represents an individual person. /// </summary> public class Person { /// <summary> /// Gets or sets the person's first name. /// </summary> public string FirstName { get; set; } /// <summary> /// Gets or sets the person's last name. /// </summary> public string LastName { get; set; } /// <summary> /// Gets or sets the date the person was born. /// </summary> public DateTime DateOfBirth { get; set; } /// <summary> /// Calculates the age of the person. /// </summary>

Processing RSS and Atom feeds has become a popular task in languages such as Ruby. As feeds are formatted in a machine-friendly format, they re easier for programs to process and use than scanning through inconsistent HTML. Feedzirra (http://github.com/pauldix/feedzirra/tree/master) is a Ruby library for handling RSS and Atom feeds supporting both Ruby 1.8 and 1.9. It s available as a RubyGem with gem install pauldix-feedzirra -s http://gems.github.com. It s a liberal feed parser, which means it tends to excuse as many faults and formatting problems in the feeds it reads as possible. This makes it an ideal choice for processing feeds, rather than creating your own parser manually with REXML or another XML library.

After you assign labels to all the computers, you should have a good idea of the patterns of operation in the network. This will drive your isolation strategy later. For now, we need to proceed to analyzing the communication patterns in the environment. To do that, we construct a picture similar to Figure 13-8. Figure 13-8 is a basic Data Flow Diagram (DFD) of the network. The graph shown in Figure 13-7 does not easily lend itself to documenting communication patterns. However, a DFD is tailor-made for that purpose.

the process defined in this chapter, you can create a network that does exactly what you want it to do, and nothing else. If you do it right, the network will still be flexible enough to support new applications, with a minimal amount of modifications. Will this strategy result in additional considerations for your end users and administrators alike Certainly it will. However, in the world we operate in today, that might be the only way to secure your network. The conventional approach of a completely flat network, where everyone has one account that has access to everything they need, and much more, is simply unsafe in virtually all environments today. How far away from that model you are able to move depends on your risk tolerance, and the security needs you have in your environment.

By the way, if you want to obtain a string for an object that isn t formatted for any particular culture, you should call System.Globalization.CultureInfo s static InvariantCulture property and pass the object returned as ToString s formatProvider parameter:

s Caution Some of the third-party SEF extensions use a MySQL table to convert between the actual Joomla URL and the SEF version. Therefore, on a page with a great number of URLs (such as a calendar control), the performance on the server can suffer. Therefore, be sure to configure pages with page links to be ignored by the extension.

=[Column1]*(100+SUM([Column2],[Column3],[Column4]))

Guest Members of the Guests group are shown as guest accounts. Guest accounts have privileges similar to standard accounts, with some limitations. A user logged on with the Guest account (but not any other account that is a member of the Guests group) cannot create a password for the account.

This query generates the following output:

Here s what the new operator does: 1. It allocates memory for the object by allocating the number of bytes required for the specified type from the managed heap. 2. It initializes the object s overhead members. Every object instance has two additional members associated with the instance that the CLR uses to manage the object. The first member is the object s pointer to the type s method table, and the second member is a SyncBlockIndex. 3. The type s instance constructor is called, passing it any parameters (the string ConstructorParam1", in the preceding example) specified in the call to new. Although most languages compile constructors so that they call the base type s constructor, the CLR doesn t require this call. After new has performed all these operations, it returns a reference to the newly created object. In the preceding code example, this reference is saved in the variable e, which is of type Employee. By the way, the new operator has no complementary delete operator; that is, there is no way to explicitly free the memory allocated for an object. The CLR imposes a garbage collected environment (described in 19) that automatically detects when objects are no longer being used or accessed and frees the object s memory automatically.