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Thread is short for thread of execution. You use threads to split the execution of a program into multiple parts that can be run concurrently. For example, a program designed to e-mail thousands of people at once might split the task between 20 different threads that all send e-mail at once. Such parallelism is faster than processing one item after another, especially on systems with more than one CPU, because different threads of execution can be run on different processors. It can also be faster because rather than wasting time waiting for a response from a remote machine, you can continue with other operations. Ruby 1.8 doesn t support threads in the traditional sense. Typically, threading capabilities are provided by the operating system and vary from one system to another. However, the Ruby interpreter provides Ruby s threading capabilities directly. This means that they work well on every platform that Ruby works upon, but they also lack some of the power of traditional system-level threads. One of the major disadvantages of Ruby 1.8 s threads not being true operating system level threads is that if a thread needs to do something that calls the operating system and waits for a response, the entire Ruby threading scheduler is paused. However, for general operations, Ruby s threading system is fine.

Answers to these questions and explanations of why each answer choice is correct or incorrect are located in the Answers section at the end of the book.

with a name of .ctor) is public, and its code is also IL . The constructor has a void return type, has no arguments, and has a this pointer, which refers to the object s memory that is to be constructed when the method is called . I strongly encourage you to experiment with using ILDasm . It can show you a wealth of information, and the more you understand what you re seeing, the better you ll understand the CLR and its capabilities . As you ll see, I ll use ILDasm quite a bit more in this book . Just for fun, let s look at some statistics about the Program .exe assembly . When you select ILDasm s View/Statistics menu item, the following information is displayed:

< xml version="1.0" encoding="utf 8" > <configuration> <runtime> <assemblyBinding xmlns="urn:schemas microsoft com:asm.v1"> <probing privatePath="AuxFiles;bin\subdir" /> <dependentAssembly> <assemblyIdentity name="JeffTypes" publicKeyToken="32ab4ba45e0a69a1" culture="neutral"/> <bindingRedirect oldVersion="1.0.0.0" newVersion="2.0.0.0" /> <codeBase version="2.0.0.0" href="http://www.Wintellect.com/JeffTypes.dll" /> </dependentAssembly> <dependentAssembly> <assemblyIdentity name="FredTypes" publicKeyToken="1f2e74e897abbcfe" culture="neutral"/> <bindingRedirect oldVersion="3.0.0.0 3.5.0.0" newVersion="4.0.0.0" /> <publisherPolicy apply="no" /> </dependentAssembly> </assemblyBinding> </runtime> </configuration>

plus the hierarchy, it should have Users, not Contacts, as its members. We think it s a good idea to create an OU just to hold your contacts, making it clear what they are and helping to keep things organized. Where to put the Contacts OU And what to call it Well, as for what to call it, Contacts seems like a perfectly good name, and it has the virtues of being both descriptive and simple. For where, we like to put it under the MyBusiness OU, because that s where everything for SBS tends to go, and then leaving it at the rst level below that, as shown in Figure 18-17. But, ultimately it doesn t really matter just choose a place that works for you and then stick to it.

Windows SBS 2008 contacts the printer and displays the Install The Printer Driver dialog box. Choose the manufacturer name from the list on the left and the printer model from the list on the right. Click Next.

<body> <form runat=server> <center> <h3> <font face="Verdana" color=blue>Control Test Page State </font> </h3> <table> <tr> <td> Name:

Using C# s fixed statement is more efficient that allocating a pinned GC handle What happens is that the C# compiler emits a special pinned flag on the pbytes local variable During a garbage collection, the garbage collector examines the contents of this root, and if the root is not null, it knows not to move the object referred to by the variable during the compaction phase The C# compiler emits IL to initialize the pbytes local variable to the address of the object at the start of a fixed block, and the compiler emits an IL instruction to set the pbytes local variable back to null at the end of the fixed block so that the variable doesn t refer to any object, allowing the object to move when the next garbage collection occurs Now, let s talk about the next two flags, Weak and WeakTrackResurrection .