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As I pointed out in the sidebar, all known algorithms for solving the bin packing problem effectively consider every possible arrangement of the n input items. How many arrangements is that For a small number of items, it s easy to list all the arrangements and count them. Three items, A, B, and C, can be arranged in six ways: ABC, ACB, BAC, BCA, CAB, and CBA. Four items can be arranged in 24 ways there are six ways to arrange the items A, B, and C, and for each one, there are four different places to drop in item D. For example, you can drop item D into the arrangement BAC in these four ways: DBAC, BDAC, BADC, and BACD. Increasing the number of items from three to four therefore quadrupled (multiplied by four) the number of arrangements from 6 to 24. In the same way, increasing the number of items from four to ve will quintuple the number of arrangements from 24 to 120. There s a simple mathematical pattern to these numbers 6, 24, and 120: 6 = 3 2 1, 24 = 4 3 2 1, and 120 = 5 4 3 2 1. The pattern continues, and the number of arrangements of n items is the product of the integers 1 through n. The notation n!, called the factorial function of n or n factorial, represents the product of the integers from 1 through n.

Creating Computer Accounts Establishing Basic Network Connectivity Using the Small Business Server Connect Computer Wizard Connecting Alternate Clients Connecting to RWW Viewing and Modifying Client Computer Settings Remotely Managing Computers Removing Computers from the Network

Documentation for chronic: http://chronic.rubyforge.org/ Chronic screencast: http://www.rubyinside.com/chronic-ruby-date-time-parserscreencast-263.html

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Figure 3-10: The graphical representation of the schema that Visual Studio inferred from the sample document. The global address element is now described as simple content, as shown in the following code, and there is no reference to a named complex type like AddressType . In addition, the instance of the global element in the page is inserted using the ref keyword instead of the keyword pair name/type. <xs:element ref="address" /> In the address.xsd schema, the address element was defined using the name/type pair, like this: <xs:element name="address" type="AddressType" /> The ref attribute lets you declare an element that uses an existing element definition. You use the name/type pair when the element is of a previously defined, or included, complex type. The ref and name attributes are mutually exclusive. Note To understand the reason for such apparently odd behavior, consider the input data that you pass to Visual Studio .NET (and, under the hood, xsd.exe). Visual Studio .NET simply infers the schema, which means that it tries to figure out the schema based on the only observable source the document text. In the source text, however, there is no mention of any complex type declarations. That's why the layout is correctly guessed but rendered using a simple content element.

This query generates the following output:

Lock your computer With this option, your programs continue to run, but the logon screen appears so that no one can see your desktop or use the computer. Only you can unlock the computer to return to your session; however, other users can log on in their own sessions without disturbing yours. To lock a computer, click the lock icon in the lower right corner of the Start menu.

A policy file contains the strong name details of the original assembly version and the version of the new assembly to use. The following file shows a policy file that states that version 1.0.0.0 of the StringPrinter assembly, shown earlier, should be satisfied by version 2.0.0.0:

The question of when to upgrade to a new software system is something each individual group considers when weighing the benefit of the new version compared with the comfort level of the old. As dramatic a change as the new user interface (UI) is in the 2007 Microsoft Office system, users will likely find that the switch to the 2007 release is a much easier transition than the move to previous versions. One of the main reasons for this ease of transition is that the 2007 release is built on a cornerstone of simplicity. When developers went back to the drawing board on the UI, it was with the intention of designing software that works the way we do. Rather than adding more features and commands to an already overburdened and complicated menu system, designers created the system around a core of ease-of-use and easy access. This means that learning to use the program is more intuitive for users than previous versions because the programs are designed to work the way we do.

Serialization is the process of converting an object or a graph of connected objects into a stream of bytes . Deserialization is the process of converting a stream of bytes back into its graph of connected objects . The ability to convert objects to and from a byte stream is an incredibly useful mechanism . Here are some examples:

Figure 10-27

to call String s Format method, first passing the desired IFormatProvider object and then passing the resulting string to Console s Write or WriteLine method. This shouldn t be a big deal since, as I said earlier, it s rare for client side code to format a string using a culture other than the one associated with the calling thread.