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Problem You want to select elements depending on whether they contain a specific attribute, contain a specific word within a specific attribute, or contain a specific value within a specific attribute CSS provides three attribute selectors for this purpose CSS does not name them individually I call them the Attribute Existence Selector, the Attribute Word Selector, and the Attribute Value Selector You can append these attribute selectors to the end of any selector You can use the Attribute Existence Selector to select elements that contain a specific attribute The Attribute Existence Selector is the name of the attribute enclosed in straight brackets For example, p[title] selects all paragraphs containing the title attribute If an element contains the attribute and the attribute is assigned to a value, the Attribute Existence Selector matches it.

any number of threading primitives (such as locks, monitors, and the [Synchronization] attribute) to control access among the executing threads. Although the .NET platform cannot make the difficulties of building robust multithreaded applications completely disappear, the process has been simplified considerably. Using types defined within the System.Threading namespace, you are able to spawn additional threads with minimal fuss and bother. Likewise, when it is time to lock down shared points of data, you will find additional types that provide the same functionality as the Win32 API threading primitives (using a much cleaner object model). However, the System.Threading namespace is not the only way to build multithread .NET programs. During our examination of the .NET delegate (see 8), it was mentioned that all delegates have the ability to invoke members asynchronously. This is a major benefit of the .NET platform, given that one of the most common reasons a developer creates threads is for the purpose of invoking methods in a nonblocking (aka asynchronous) manner. Although you could make use of the System.Threading namespace to achieve a similar result, delegates make the whole process much easier.

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Recall that the .NET delegate type is a type-safe object-oriented function pointer. When you declare a .NET delegate, the C# compiler responds by building a sealed class that derives from System.MulticastDelegate (which in turn derives from System.Delegate). These base classes provide every delegate with the ability to maintain a list of method addresses, all of which may be invoked at a later time. Consider the BinaryOp delegate first defined in 8: // A C# delegate type. public delegate int BinaryOp(int x, int y); Based on its definition, BinaryOp can point to any method taking two integers as arguments and returning an integer. Once compiled, the defining assembly now contains a full-blown class definition that is dynamically generated based on the delegate declaration. In the case of BinaryOp, this class looks more or less like the following (shown in pseudo-code): sealed class BinaryOp : System.MulticastDelegate { public BinaryOp(object target, uint functionAddress); public void Invoke(int x, int y); public IAsyncResult BeginInvoke(int x, int y, AsyncCallback cb, object state); public int EndInvoke(IAsyncResult result); } Recall that the generated Invoke() method is used to invoke the methods maintained by a delegate object in a synchronous manner. Therefore, the calling thread (such as the primary thread of the application) is forced to wait until the delegate invocation completes. Also recall that in C#, the Invoke() method is not directly called in code, but is triggered under the hood when applying normal method invocation syntax. Consider the following program, which invokes the static Add() method in a synchronous (aka blocking) manner: // Need this for the Thread.Sleep() call. using System.Threading; using System; namespace SyncDelegate { public delegate int BinaryOp(int x, int y);

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The attribute may contain any value, but some browsers will not match an empty attribute, such as <p title=""> You can use the Attribute Word Selector to select elements that contain a specific word within a specific attribute The Attribute Word Selector is the opening straight bracket, the name of the attribute, a tilde, an equal sign, the word in double quotes, and the closing straight bracket For example, p[title~="paragraph"] selects all paragraphs containing the word paragraph inside their title attribute, such as <p title="Third paragraph"> The attribute may contain other words in addition to the matching word A word is separated from other words using spaces The match is case sensitive You can use the Attribute Value Selector to select elements that contain a specific value within a specific attribute.

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