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A server can be authoritative for one or more zones, and a zone can con tain one or more contiguous domains A DNS server is authoritative for a zone if it hosts the zone, either as a primary or secondary DNS server Each DNS zone contains the resource records it needs to answer queries for its portion of the DNS namespace The DNS Client service (or resolver) first attempts to resolve computer names by using locally cached information If this process is unsuccessful, the resolver que ries a DNS server If the DNS server cannot resolve the name through its authori tative records or through its local cache, the DNS server performs recursion to resolve the name on behalf of the client Recursion is the process of a DNS server querying other servers on behalf of a DNS client.

This generates the following output:

For the DNS server to perform recursion properly, the server needs to know where to begin searching for names in the DNS domain namespace This information is provided by the root hints file, Cachedns, that is stored on the server computer..

As you would expect, Microsoft Dynamics CRM includes several features to help you track and manage email communications with customers. From a high level, Microsoft Dynamics CRM can send and receive email using one of two methods:

Correct Answers: D A. Incorrect: The ability to access resources by server name has nothing to do with encryption. B. Incorrect: Dial-back security requires that the Remote Access Service breaks the connection once the user has been authenticated and then dials back using a predefined telephone number. This arrangement will not solve the problem of access ing servers by name, and in any case, this solution is impractical when the users are traveling salespersons who might be dialing from one of a number of loca tions. C. Incorrect: The laptops are obtaining valid IP addresses, subnet masks, and default gateways; otherwise, the salespersons could not connect to the Routing And Remote Access service and access the intranet. The problem is that the laptops cannot resolve the names of the servers on the intranet IP addresses. Although static IP configuration, including configuration of the DNS server address, would solve this problem, it is usually impractical in this situation, is error prone, and would involve a great deal of administrative effort.

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Carefully chosen names for loop-index variables avoid the common problem of index cross talk: saying i when you mean j and j when you mean i. They also make array accesses clearer. score[ teamIndex ][ eventIndex ] is more informative than score[ i ][ j ]. If you have to use i, j, and k, don t use them for anything other than loop indexes for simple loops the convention is too well established, and breaking it to use them in other ways is confusing. The simplest way to avoid such problems is simply to think of more descriptive names than i, j, and k.

// obtain an InvokePattern object, and use it to click a button // NOTE: error checking removed for brevity private void InvokeControl(AutomationElement targetControl) { InvokePattern invokePattern = targetControl.GetCurrentPattern(InvokePattern.Pattern) as InvokePattern } invokePattern.Invoke();

so the overrun can subtly corrupt data that you might not notice for weeks, until the server application crashes. One of the weaknesses of the DCRT overrun checking is that the overrun is reported only after the fact when a memory operation triggers the run through to check for them. It would be better to find a way to immediately stop the instant a program bashed memory just outside its allotted space. Inside Microsoft, they needed a testing tool that would do just that and a few years ago released a tool called PageHeap. PageHeap is actually baked into the operating system and uses a unique trick to catch those overruns instantaneously. When you allocate 16 bytes, PageHeap actually allocates 8 KB! It allocates a 4 KB page, the smallest block of memory that can have access rights applied to it. PageHeap marks that allocated page with read and write access. PageHeap allocates the very next page in memory directly behind the read/write page and marks that page as no access. PageHeap does some pointer arithmetic and hands your program an address that is 16 bytes off the end of the first page. Thus, when you write into the seventeenth byte off that address, you'll write into the page marked as no access so you immediately access violate. Figure 17-2 shows the layout of a PageHeap allocation so that you can visualize what's happening.

Here is some sample code demonstrating how to initialize and use a SecureString (when compiling this, you ll need to specify the /unsafe switch to the C# compiler):

By default, Parental Controls uses the game rating system established by the Entertainment Software Rating Board (ESRB), which has been widely adopted by publishers of games sold in the United States. To use a different rating system, return to the main

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