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XmlInputStream *XmlManager::createMemBufInputStream(const char *srcDocBytes, const unsigned int byteCount, const char *const bufId, const bool adoptBuffer = false) const XmlInputStream *XmlManager::createMemBufInputStream(const char *srcDocBytes, const unsigned int byteCount, const bool copyBuffer) const

You need to execute, in a Windows Forms application, some method asynchronously that needs to be able to safely manipulate the user interface.

CALL Stat(FILE, SARRAY[, STATUS])

public XmlInputStream createMemBufInputStream(String buffer, int bufLen, boolean copyBuf) public XmlInputStream createMemBufInputStream(InputStream is)

Create an instance of the System.ComponentModel.BackgroundWorker class. Perform the asynchronous action within the DoWork event handler, which is raised when you call the BackgroundWorker. RunWorkerAsync method. To allow the asynchronous method to safely interact with the user interface, include a call to the ReportProgress method (within the DoWork event handler), and handle the ProgressChanged event that it raises.

CALL SymLnk(PATH1, PATH2[, STATUS])

The standard process for executing methods asynchronously is to use delegates to interact with the user interface. This process works well but requires several steps and some careful planning. The BackgroundWorker class, first introduced in .NET 2.0, encapsulates the methodology for using delegates (which is covered in detail in recipe 4-2) making it easy to use when attempting to perform asynchronous updates to an interface. Table 4-1 shows the main methods, properties, and events that make up this class.

XmlManager.createMemBufInputStream(srcDocBytes, byteCount, bufId, adoptBuffer) XmlManager.createMemBufInputStream(srcDocBytes, byteCount, copyBuffer)

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PATH1: CHARACTER; PATH2: CHARACTER; STATUS: INTEGER (optional) COMMAND: CHARACTER; STATUS: INTEGER (optional)

Properties CancellationPending IsBusy WorkerRerportsProgress WorkerSupportsCancellation Methods CancelAsync ReportProgress

my $stream = $manager->createMemBufInputStream($bytes, $count, $buffer);

CALL System(COMMAND [, STATUS])

A Boolean value that indicates whether CancelAsync was called. A Boolean value that indicates whether the asynchronous operation has started. A Boolean value that indicates whether the BackgroundWorker is capable of reporting progress via the ReportProgress method. A Boolean value that indicates whether the BackgroundWorker is capable of supporting cancellation via the CancelAsync method.

CALL System_Clock(COUNT [, RATE, MAX])

$stream = $manager->createMemBufInputStream($bytes, $count, $buffer);

Sets the CancellationPending property to True. Causes the ProgressChange event to be fired. Pass an Integer value, ranging from 0 to 100, to indicate the progress percentage to report. Causes the DoWork event to be fired, which starts the asynchronous operation.

COUNT: INTEGER; RATE: INTEGER (optional); MAX: INTEGER (optional)

XmlModify XmlManager::createModify()

Responsible for performing the asynchronous operation and is raised when the RunWorkerAsync is called. Responsible for interacting with the user interface and is raised when the ReportProgress method is called. Responsible for performing any finalization and is raised after the DoWork event finishes.

Tan(X) Tanh(X)

public XmlModify createModify()

The first step is to handle the DoWork event This event runs asynchronously and is where your long-running method should be executed DoWork is raised when the RunWorkerAsync method is called This method includes an overload that takes an Object, which is used to pass some data to the asynchronous method Code within the DoWork event handler should not interact directly with the user interface because this code is executing on a background thread When the DoWork event completes, the RunWorkerCompleted event is raised If you need to return any data from the asynchronous method back to the calling routine, it should be saved to the Result property of the DoWorkEventArgs class within the DoWork event handler This data is then passed to the Result property of the RunWorkerCompletedEventArgs class and is available for use within the RunWorkerCompleted event handler.

Table 3-1. Intrinsic Functions and Extensions in gfortran (Continued)

Code within the RunWorkerCompleted event handler can safely interact with the user interface directly If the asynchronous method needs to be canceled, you need to call the CancelAsync method of the BackgroundWorker class This method sets the CancellationPending property of the BackgroundWorker class to True It is your responsibility, within the DoWork event handler, to periodically check whether CancellationPending has been set to True If it has, you would then cancel the event by setting the Cancel property of the DoWorkEventArgs class to True In this situation, the RunWorkerCompleted event will still be raised, but the Cancelled property of the RunWorkerCompletedEventArgs will be set to True so you can quickly determine whether the asynchronous operation was canceled by the user If CancelArgs is called while the BackgroundWorkerWorkerSupportsCancellation property is False, then an InvalidException is thrown.

XmlManager.createModify()

Time() CALL UMask(MASK[, Old])

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