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public void OrderProcess() { //Get current running process instance Process curProcess = Process.GetCurrentProcess(); //Get the list of threads running in this process foreach(ProcessThread osThread in curProcess.Threads) { //ProcessThread represents an operating system thread //whereas Thread represents managed thread //we need to find the corresponding OS thread for the //current managing thread //Get managed thread ID int threadId = AppDomain.GetCurrentThreadId(); //check thread ID with current as thread ID if ( osThread.Id == threadId ) { int mask = (int)procMask; //Set processor affinity osThread.ProcessorAffinity = (IntPtr)mask ; } } //start processing the order } } static void Main(string[] args) { //Allocate first CPU for processing MSFT orders OrderBook msftBook = new OrderBook("MSFT",Processor.CPU2); //Allocate second CPU for processing IBM orders OrderBook ibmBook = new OrderBook("IBM",Processor.CPU2); //Allocate third and fourth CPUs for processing GE orders OrderBook geBook= new OrderBook("GE",Processor.CPU3 | Processor.CPU4 ); Console.ReadLine(); } }

Data structures such as arrays, queues, and so on, are the primary storage mechanisms used for storing in-memory data. It also means that data will be simultaneously accessed or updated by multiple threads. .NET offers two variants of data structures primarily for a queue, hash table, stack,

This configuration describes a pageflow that begins on an add-user page, with two possible transitions to a home page or to an edit-roles page. From the edit-roles page, there is only one possible transition, back to the add-user page. When the user transitions to the home page, the flow ends (as indicated by the end-conversation element). Notice that each state in the flow is bound to a physical page/view in the web application, using view-id attributes. But state transitions always reference logical state names, not physical pages, because the same physical page can be used to implement multiple logical flow states.

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Figure 11-3. The output produced by Listing 11-16

and array list. The first variant is meant to be used in single-threaded applications, and the second variant is specifically meant to be used in multithreaded applications. The following code represents a list data structure that is not thread-safe and, when accessed by multiple threads, results in inconsistent program output: using System; using System.Collections; class SingleThreadArray { static void Main(string[] args) { //not a thread-safe list ArrayList orderList = new ArrayList(); } } To guarantee thread safety, you need to use a thread-safe list, as illustrated in the following code example: using System; using System.Collections; class MultiThreadArray { static void Main(string[] args) { //thread-safe list ArrayList orderList = ArrayList.Synchronized(new ArrayList()); } } You obtain a thread-safe version of the list data structure by invoking the Synchronized static method defined in the ArrayList class. Such a similar method is available on the Hashtable, Stack, and Queue classes. Upon the successful invocation of the Synchronized method, a new instance of SyncArrayList is created, which is basically a thread-safe wrapper over ArrayList. For example: public static ArrayList Synchronized(ArrayList list) { if (list == null) { throw new ArgumentNullException("list"); } return new ArrayList.SyncArrayList(list); } SyncArrayList is derived from ArrayList, and its visibility mode is private, which means it is not publicly accessible to the external world. The internal implementation of this class overrides only those methods that modify or access shared data. For instance, as shown in the following code, the Add and Remove methods are overridden because both of these methods can be invoked by multiple threads and the operation performed by them directly affects the state of the shared data. [Serializable()] private class SyncArrayList : ArrayList { private ArrayList _list; //sync root private object _root;

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