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// Demonstrate thread priorities using System; using SystemThreading; class MyThread { public int Count; public Thread Thrd; static bool stop = false; static string currentName; /* Construct a new thread Notice that this constructor does not actually start the threads running */ public MyThread(string name) { Count = 0; Thrd = new Thread(thisRun); ThrdName = name; currentName = name; } // Begin execution of new thread void Run() { ConsoleWriteLine(ThrdName + " starting"); do { Count++; if(currentName != ThrdName) { currentName = ThrdName; ConsoleWriteLine("In " + currentName); } } while(stop == false && Count < 1000000000); stop = true; ConsoleWriteLine(ThrdName + " terminating"); } } class PriorityDemo { static void Main() { MyThread mt1 = new MyThread("High Priority"); MyThread mt2 = new MyThread("Low Priority"); // Set the priorities mt1ThrdPriority = ThreadPriorityAboveNormal; mt2ThrdPriority = ThreadPriorityBelowNormal;

The second piece of information yields 3 = R(100) = 5 (eK )100 We conclude that (eK )100 = or eK = 3 5 3 5

(2 )

23:

// Start the threads mt1ThrdStart(); mt2ThrdStart(); mt1ThrdJoin(); mt2ThrdJoin(); ConsoleWriteLine(); ConsoleWriteLine(mt1ThrdName + " thread counted to " + mt1Count); ConsoleWriteLine(mt2ThrdName + " thread counted to " + mt2Count);

Here is sample output:

(3 )

1/100

High Priority starting In High Priority Low Priority starting In Low Priority In High Priority In Low Priority In High Priority In Low Priority In High Priority In Low Priority In High Priority In Low Priority In High Priority High Priority terminating Low Priority terminating High Priority thread counted to 1000000000 Low Priority thread counted to 23996334

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In this run, of the CPU time allotted to the program, the high-priority thread got approximately 98 percent Of course, the precise output you see may vary, depending on the speed of your CPU and the number of other tasks running on the system Which version of Windows you are running will also have an effect Because multithreaded code can behave differently in different environments, you should never base your code on the execution characteristics of a single environment For example, in the preceding example, it would be a mistake to assume that the low-priority thread will always execute at least a small amount of time before the high-priority thread finishes In a different environment, the high-priority thread might complete before the lowpriority thread has executed even once, for example

(2 ) 2 2 (2 ) (1)

When using multiple threads, you will sometimes need to coordinate the activities of two or more of the threads The process by which this is achieved is called synchronization The most common reason for using synchronization is when two or more threads need access to a

Thus the formula for the amount of isotope present at time t is R(t) = 5 3 5

Part II:

(551)

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