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Create types with functionally oriented names Avoid type names that refer to the kind of computer data underlying the type. Use type names that refer to the parts of the real-world problem that the new type represents. In the examples above, the definitions created well-named types for coordinates and names real-world entities. Similarly, you could create types for currency, payment codes, ages, and so on aspects of real-world problems.

Objective 2.2: Manage DNS 14-19

4. In Enable Certificate Templates, click Router (Offline Request). This is shown in the following figure.

Some hosts can be accessed by host name. Others cannot. All hosts can be accessed by IP address. What can you do to help ensure that all hosts can be accessed by host name A. Install NetBEUI on the hosts that cannot be accessed by host name. B. Set DNS to allow all dynamic updates. C. In the DNS console, on the Advanced tab of the zone properties dialog box, select the Always Update DNS option. D. In the DHCP console, on the DNS tab of the server properties dialog box, select the Enable DNS Dynamic Updates According To The Settings Below option, and then select Always Dynamically Update DNS A And Pointer Records.

Be wary of creating type names that refer to predefined types. Type names like BigInteger or LongString refer to computer data rather than the real-world problem. The big advantage of creating your own type is that it provides a layer of insulation between your program and the implementation language. Type names that refer to the underlying programming-language types poke holes in the insulation. They don t give you much advantage over using a predefined type. Problem-oriented names, on the other hand, buy you easy modifiability and data declarations that are self-documenting.

You have a technical support position at one of the major branch offices of Humongous Insurance. A Windows Server 2003 computer on the branch office network acts as a secondary DNS server for a master server (also Windows Server 2003) in Humongous Insurance s main office. The master server is authoritative for a single standard primary forward zone. Users in the branch office are having problems access ing resources in the main office. You suspect that some DNS resource records on the secondary server have become stale. What action should you take A. Open the DNS console on the secondary DNS server. Right-click the server name and select Launch Nslookup. Run the command Set msxfr. B. Open the DNS console on the secondary DNS server. Right-click the server name and select Launch Nslookup. Run the command Set nomsxfr. C. Open the DNS console on the primary DNS server. Access the Start of Authority (SOA) tab in the forward zone s properties dialog box, and increment the Serial Number setting. D. Open the DNS console on the secondary DNS server. Right-click the applicable zone and select Reload From Master.

Avoid predefined types If there is any possibility that a type might change, avoid using predefined types anywhere but in typedef or type definitions. It s easy to create new types that are functionally oriented, and it s hard to change data in a program that uses hardwired types. Moreover, use of functionally oriented type declarations partially documents the variables declared with them. A declaration like Coordinate x tells you a lot more about x than a declaration like float x. Use your own types as much as you can. Don t redefine a predefined type Changing the definition of a standard type can create confusion. For example, if your language has a predefined type Integer, don t create your own type called Integer. Readers of your code might forget that you ve redefined the type and assume that the Integer they see is the Integer they re used to seeing. Define substitute types for portability In contrast to the advice that you not change the definition of a standard type, you might want to define substitutes for the standard types so that on different hardware platforms you can make the variables represent exactly the same entities. For example, you can define a type INT and use it instead of int, or a type LONG instead of long. Originally, the only difference between the two types would be their capitalization. But when you moved the program to a new