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Typically, when you invoke a method, you do so synchronously, meaning that the calling code blocks until the method is complete. Most of the time, this is the expected, desired behavior because your code requires the operation to complete before it can continue. However, sometimes it is useful to execute a method asynchronously, meaning that you start the method in a separate thread and then continue with other operations. The .NET Framework implements an asynchronous execution pattern that allows you to call any method asynchronously using a delegate. When you declare and compile a delegate, the compiler automatically generates two methods that support asynchronous execution: BeginInvoke and EndInvoke. When you call BeginInvoke on a delegate instance, the method referenced by the delegate is queued for asynchronous execution. BeginInvoke does not cause the code execution to wait, but rather returns immediately with an IAsyncResult instance. IAsyncResult is used when calling EndInvoke. The method referenced by BeginInvoke executes in the context of the first available thread-pool thread. The signature of the BeginInvoke method includes the same arguments as those specified by the delegate signature, followed by two additional arguments to support asynchronous completion. These additional arguments are as follows:

IARGC()

XmlManager.createDocument()

A SystemAsyncCallback delegate instance that references a method that the runtime will call when the asynchronous method completes The method will be executed by a thread-pool thread Passing Nothing means no method is called, and you must use another mechanism (discussed later in this recipe) to determine when the asynchronous method is complete A reference to an object that the runtime associates with the asynchronous operation for you The asynchronous method does not use or have access to this object, but it is available to your code when the method completes, allowing you to associate useful state information with an asynchronous operation For example, this object allows you to map results against initiated operations in situations where you initiate many asynchronous operations that use a common callback method to perform completion.

IErrNo()

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The EndInvoke method allows you to retrieve the return value of a method that was executed asynchronously, but you must first determine when it has finished If your asynchronous method threw an exception, it will be rethrown so that you can handle it when you call EndInvoke Here are the four techniques for determining whether an asynchronous method has finished: Blocking stops the execution of the current thread until the asynchronous method completes execution by calling EndInvoke In effect, this is much the same as synchronous execution However, you have the flexibility to decide exactly when your code enters the blocked state, giving you the opportunity to perform some additional processing before blocking Polling involves repeatedly testing the state of an asynchronous method to determine whether it is complete by checking the IsCompleted property of the IAsyncResult returned from BeginInvoke.

my $document = $manager->createDocument();

IShftC(I, SHIFT, SIZE)

This is a simple technique and is not particularly efficient from a processing perspective You should avoid tight loops that consume processor time; it is best to put the polling thread to sleep for a period using ThreadSleep between completion tests Because polling involves maintaining a loop, the actions of the waiting thread are limited, but you can easily update some kind of progress indicator Waiting depends on the AsyncWaitHandle property of the IAsyncResult returned by BeginInvoke This object derives from the SystemThreadingWaitHandle class and is signaled when the asynchronous method completes Waiting is a more efficient version of polling and also allows you to wait for multiple asynchronous methods to complete You can specify time-out values to allow your waiting thread to notify a failure if the asynchronous method takes too long or if you want to periodically update a status indicator..

CALL Kill(PID, SIGNAL[, STATUS])

$document = $manager->createDocument();

Even if you do not want to handle the return value of your asynchronous method, you should call EndInvoke; otherwise, you risk leaking memory each time you initiate an asynchronous call using BeginInvoke.

PID, SIGNAL: INTEGER; STATUS: INTEGER (optional)

Instantiates a new XmlIndexLookup object for performing index lookup operations. Only a single index can be specified, and substring indexes are not supported. As elsewhere, the uri, name, and index parameters identify the index, whereas op is one of the following possible operations:

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