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REG_SZ The SZ indicates zero-terminated string. This is a variable-length string that can contain Unicode as well as ANSI characters. When you enter or edit a REG_SZ value, Registry Editor terminates the value with a 00 byte for you. A quick scan of the registry reveals that REG_SZ is one of the most common data types and that it s often used for numeric as well as textual data. (See, for example, the values of HKCU\Control Panel\Desktop.) REG_BINARY As its name suggests, the REG_BINARY type contains binary data 0s and 1s. REG_DWORD This data type is a double word that is, a 32-bit numeric value. Although it can hold any integer from 0 to 232 , the registry often uses it for simple Boolean values (0 or 1) because the registry lacks a Boolean data type. REG_QWORD This data type is a quadruple word a 64-bit numeric value. REG_MULTI_SZ This data type contains a group of zero-terminated strings assigned to a single value. REG_EXPAND_SZ This data type is a zero-terminated string containing an unexpanded reference to an environment variable, such as %SystemRoot%. (For information about environment variables, see Using Environment Variables, Appendix B.) If you need to create a key containing a variable name, use this data type, not REG_SZ.

4. Modify presentation/templates/departments_list.tpl like this: <li> <a {$selected_d} href="{$departments_list->mDepartments[i].link|prepare_link:"http"}"> » {$departments_list->mDepartments[i].name} </a> </li>

Figure 2-15 Some of the features in this list are familiar, but most in ol e esoteric networking options. Click any item in the list to see descripti e help text for that option.

6. 7.

However, the following formula results in 0.00558325 because each / is treated as a division symbol:

Except for its two lines, the chart has no other visible elements . They were removed or hidden via the formatting .

In general, the DNS query process occurs in two parts:

COM allows objects created in different languages to communicate with one another . On the other hand, the CLR now integrates all languages and allows objects created in one language to be treated as equal citizens by code written in a completely different language . This integration is possible because of the CLR s standard set of types, metadata (self-describing type information), and common execution environment . While this language integration is a fantastic goal, the truth of the matter is that programming languages are very different from one another . For example, some languages don t treat symbols with case-sensitivity, and some don t offer unsigned integers, operator overloading, or methods to support a variable number of arguments . If you intend to create types that are easily accessible from other programming languages, you need to use only features of your programming language that are guaranteed to be available in all other languages . To help you with this, Microsoft has defined a Common Language Specification (CLS) that details for compiler vendors the minimum set of features their compilers must support if these compilers are to generate types compatible with other components written by other CLS-compliant languages on top of the CLR . The CLR/CTS supports a lot more features than the subset defined by the CLS, so if you don t care about interlanguage operability, you can develop very rich types limited only by the language s feature set . Specifically, the CLS defines rules that externally visible types and methods must adhere to if they are to be accessible from any CLS-compliant programming language . Note that the CLS rules don t apply to code that is accessible only within the defining assembly . Figure 1-6 summarizes the ideas expressed in this paragraph .

3. On the IAS server computer, type netsh exec path\file.txt at a command prompt. This command imports all the settings configured on the VPN server into the IAS server.

In normal operation, the GC will attempt a collection if there is insufficient memory in the heap to make a new object allocation. The generational approach allows the GC to attempt to satisfy an allocation request by reclaiming memory from the areas of the heap that are most likely to yield a return. Given the assumption that newly allocated objects tend to be short lived, it's likely that a memory requirement can be satisfied by the references in generation 0. If the request cannot be satisfied, the GC can elect to move on to older generations, potentially minimizing the amount of time spent clearing the heap. The GC class provides a method to allow explicit requests for generations to be collected. Calls to the GC.Collect(int) method will cause the indicated generation and all lesser generations to be collected, so a call to collect generation 1 will also cause collection of generation 0. The following GC methods determine which generation an object belongs to: