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1. You are designing the DNS namespace for a company named Proseware, which has a registered domain name of proseware.com. Proseware has a central office in Rochester and one branch office each in Buffalo and Syracuse. Each office has a separate LAN and network administrator. You want to configure a single DNS server at each location, and you want the central office to host the proseware.com domain. In addition, you want the administrators in Buffalo and Syracuse to main tain responsibility for DNS names and name resolution within their networks. Which of the following steps should you take a. Configure a standard primary server in Rochester to host the proseware.com zone. Delegate a subdomain to each of the branch offices. Configure a sec ondary server in both Buffalo and Syracuse to host each of the delegated subdomains. b. Configure a standard primary server in Rochester to host the proseware.com zone. Configure a secondary server in both Buffalo and Syracuse to improve performance and fault tolerance to the zone. c. Configure the DNS server in Rochester to host a standard primary zone for the proseware.com domain. Configure the DNS servers in both Buffalo and Syra cuse to each host a standard primary zone for a subdomain of proseware.com. Create a delegation from the DNS server in Rochester to each of these subdomains. d. Configure the DNS server in Rochester to host a standard primary zone for the proseware.com domain. Configure the DNS servers in both Buffalo and Syra cuse to host a standard primary zone for a subdomain of proseware.com. Add secondary zones on each DNS server to pull transfers from the primary zones hosted on the other two DNS servers.

Use the Tags list in the Navigation Pane to manage existing tags. Right-click a tag name to choose from a shortcut menu that lets you create a new tag, rename an existing tag, or delete a tag. If you delete a tag from this list, it also deletes that tag from all files to which the tag is currently applied. Tags can be organized into hierarchies. Figure 17-9 shows a top-level Animals tag, with subtags for Cats, Dogs, Dolphins, Meerkats, and other types of animals, and subtags for the names of individual pets under the Cats tag. You can drag an existing tag and drop it onto another to create a hierarchical relationship, or create a new hierarchy on the fly by using forward slashes: Animals/Cats/Bianca.

Imagine that you re reading a UTF-16 encoded string via a System.Net.Sockets. NetworkStream object . The bytes will very likely stream in as chunks of data . In other words, you might first read 5 bytes from the stream, followed by 7 bytes . In UTF-16, each character consists of 2 bytes . So calling Encoding s GetString method passing the first array of 5 bytes will return a string consisting of just two characters . If you later call GetString, passing in the next 7 bytes that come in from the stream, GetString will return a string consisting of three characters, and all of the code points will have the wrong values! This data corruption problem occurs because none of the Encoding-derived classes maintains any state in between calls to their methods . If you ll be encoding or decoding characters/bytes in chunks, you must do some additional work to maintain state between calls, preventing any loss of data . To decode chunks of bytes, you should obtain a reference to an Encoding-derived object (as described in the previous section) and call its GetDecoder method . This method returns a reference to a newly constructed object whose type is derived from the System.Text.Decoder class . Like the Encoding class, the Decoder class is an abstract base class . If you look in the .NET Framework SDK documentation, you won t find any classes that represent concrete implementations of the Decoder class . However, the FCL does define a bunch of Decoder-derived classes . These classes are all internal to the FCL, but

In the context of Figure 3-1: You are visiting a posh shopping mall and you are looking up at its cupola . Above you float four partially transparent spheres, each a different color and size . Each of the spheres can change its volume and move three-dimensionally within the curve of the dome; that is, up and down and side to side . From your standpoint, the spheres become smaller when they float upwards and larger when they gravitate downwards . This is a typical Excel chart . If you press F9 to generate new data, the spheres will change their position and size . Note All of the visual illustrations and photos used in this book, partially available in \Materials\