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The idea is that when a thread tries to execute a critical section of code, it must first request exclusive ownership on that code, which is initiated by MonitorEnter This method accepts an Object instance on which the exclusive ownership is requested The key point is that the ownership can be provided to only one thread at a time So, if multiple threads are requesting at the same time, then MonitorEnter guarantees that only a single thread can safely enter and execute the critical section of code This way, the execution of code is serialized, and the access to shared resources is synchronized A thread, after successfully acquiring ownership on the Object instance, must also release it to give an opportunity to other blocked threads that require exclusive access to the critical section of code To release the exclusive ownership, use MonitorExit Notice that both Monitor.

As the name implies, jPDL is part of jBPM (Java Business Process Management), which is the JBoss tool for defining workflows and orchestrating tasks within a business process Roughly speaking, jPDL plays the same role as the Business Process Execution Language (BPEL)1 standard Both are XML languages for defining process/task flows within a larger BPM environment The jBPM support found within Seam can be used in two general ways Within the scope of a single user session (actually, within the scope of specific conversations) in a web application, jPDL can be used to specify the valid pageflows that a user can take in the user interface This limited application of jBPM provides a form of pageflow configuration that is richer and more expressive than the standard JSF navigation rules found in faces-configxml.

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Enter and MonitorExit are paired methods and weave thread-safe code The following code example demonstrates how to use Monitor in implementing a central order book in which multiple threads access this shared resource: using System; using SystemCollections; using SystemThreading; class SyncOrder { //Order Domain Model public class Order { public string Instrument; public Order(string inst) { Instrument = inst; } } //Order book that stores an individual order public class OrderBook { //arrays to hold orders ArrayList orderList = new ArrayList(); //synchronization object private object syncObj = new object(); public void Add(object order) { Order newOrder = order as Order; //acquire exclusive synchronization lock //start of critical section lock(syncObj) { ConsoleWriteLine("Order Received : " +newOrderInstrument); //Add order into array list orderListAdd(order); //update the downstream system.

Hopefully, you ve picked up a sense of the ability of a Ruby script to be truly performant even when compared with its more traditional, compiled brethren. We ve looked at some of the major ways in which performance can be analyzed and bottlenecks found, and we ve explored some of the techniques with which such problems can be alleviated. The ability to write fast code is important, but it isn t what makes Ruby so compelling. The reason that Ruby adapts so well to almost any conceivable project is due to its linguistic dynamism. The versatility of metaprogramming is something that Ruby provides in abundance and can be of great use to the system administrator; thus it is the focus of the next chapter.

} //end of critical section } } static void Main(string[] args) { //create order book OrderBook orderBook = new OrderBook(); //start pumping orders Order order = new Order("MSFT"); Order order1 = new Order("GE"); //start updating the order book with multiple orders on multiple threads ThreadPool.QueueUserWorkItem(new WaitCallback(orderBook.Add),order); ThreadPool.QueueUserWorkItem(new WaitCallback(orderBook.Add),order1); Console.ReadLine(); } } This code example depicts a real-life scenario of a central order book that is a shared resource and is subject to concurrent access by multiple threads. The operation typically performed on this shared resource is usually an insert or update of orders. Therefore, it is extremely important to serialize access to an order book to maintain the integrity of information. You do this with the help of the lock statement, which is a compiler-synthesized statement for Monitor.Enter and Monitor.Exit.

This in itself can be very useful for managing the view layer of your web application, but jBPM is capable of doing much more If you generalize the concept of flow between pages to flow between general-purpose tasks, and consider that these tasks could be implemented as web services, web pages, rules in a rules engine, business objects, or whatever, you ve made the progression from pageflow to workflow If you further expand.

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