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Using Monitor.Enter and Monitor.Exit is often all you will need to correctly synchronize access to a shared resource in a multithreaded application. However, when you are trying to coordinate the activation of a pool of threads to handle work items from a shared queue, Monitor.Enter and Monitor. Exit will not be sufficient. In this situation, you want a potentially large number of threads to wait efficiently until a work item becomes available without putting unnecessary load on the central processing unit (CPU). This is where you need the fine-grained synchronization control provided by the Monitor.Wait, Monitor.Pulse, and Monitor.PulseAll methods. The thread that currently owns the lock can call Monitor.Wait, which will release the lock and place that thread on the lock s wait queue. Threads in a wait queue also have a state of WaitSleepJoin

Instantiates a new XmlUpdateContext object with default settings. This object is used for XmlContainer and XmlModify operations that add, delete, and modify documents and also documents in containers.

/usr/lib64/gcc/x86_64-suse-linux/4.0.2/../../../../lib64/crt1.o: In function `_start': ../sysdeps/x86_64/elf/start.S:109: undefined reference to `main' collect2: ld returned 1 exit status This message simply means that you ve forgotten to specify the main method using the --main option, and is analogous to the following type of message from an actual Java Virtual Machine:

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and will continue to block until a thread that owns the lock calls either the Monitor.Pulse method or the Monitor.PulseAll method. Monitor.Pulse moves one of the waiting threads from the wait queue to the ready queue, and Monitor.PulseAll moves all threads. Once a thread has moved from the wait queue to the ready queue, it can acquire the lock the next time the lock is released. It is important to understand that threads on a lock s wait queue will not acquire a released lock; they will wait indefinitely until you call Monitor.Pulse or Monitor.PulseAll to move them to the ready queue. So, in practice, when your pool threads are inactive, they sit in the wait queue. As a new work item arrives, a dispatcher obtains the lock and calls Monitor.Pulse, moving one worker thread to the ready queue, where it will obtain the lock as soon as the dispatcher releases it. The worker thread takes the work item, releases the lock, and processes the work item. Once the worker thread has finished with the work item, it again obtains the lock in order to take the next work item, but if there is no work item to process, the thread calls Monitor.Wait and goes back to the wait queue.

XmlUpdateContext XmlManager::createUpdateContext()

To resolve the gcj compilation message, simply specify the main method using the --main command-line option. To resolve the equivalent problem in a Java Virtual Machine, you can simply use gcj to generate a class file that contains the appropriate main method information and then run that using the Java interpreter, as in the following example: $ gcj -C hello.java $ java Hello

The following example demonstrates how to synchronize access to a shared resource (the console) and the activation of waiting threads using the Monitor.Wait, Monitor.Pulse, and Monitor.PulseAll methods. The example starts three worker threads that take work items from a queue and processes them. These threads initially have no work items and are put into a wait state using Monitor.Wait. When the user presses Enter the first two times, work items (strings in the example) are added to the work queue, and Monitor.Pulse is called to release one waiting thread for each work item. The third time the user presses Enter, Monitor.PulseAll is called, releasing all waiting threads and allowing them to terminate. Imports System Imports System.Threading Imports System.Collections.Generic Namespace Apress.VisualBasicRecipes.04 Class Recipe04_08 ' Declare an object for synchronization of access to the console. ' A shared object is used because you are using it in shared methods. Private Shared consoleGate As New Object ' Declare a Queue to represent the work queue. Private Shared workQueue As New Queue(Of String) ' Declare a flag to indicate to activated threads that they should ' terminate and not process more work items. Private Shared workItemsProcessed As Boolean = False ' A utility method for displaying useful trace information to the ' console along with details of the current thread. Private Shared Sub TraceMsg(ByVal msg As String) SyncLock consoleGate Console.WriteLine("[{0,3}/{1}] - {2} : {3}", Thread.CurrentThread.ManagedThreadId, IIf(Thread.CurrentThread.IsThreadPoolThread, "pool", "fore"), DateTime.Now.ToString("HH:mm:ss.ffff"), msg) End SyncLock End Sub

Hello World!

public XmlUpdateContext createUpdateContext()

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