}//end method
private static void FindStrMThread(SearchThread[] threads, String text)
{
int workLength = text.Length / NUM_THREADS;
//run the threads
for (int i = 0, start = 0;
i < NUM_THREADS;
i++, start += workLength)
{
//set the bounds of the string work area, if is last iteration
//the work area may be larger or smaller.
//if a word happens to be in the middle of the split operation it will not be counted
threads[i] = new SearchThread(text, SEARCH_STR, start,
(i != NUM_THREADS - 1) ? workLength : text.Length - start);
threads[i].run();
}//end loop
//wait for the threads to stop
Parallel.For(0, NUM_THREADS, (int i) => {
threads[i].thrd.Join();
});
Console.WriteLine("Number of occurrances of word \"{0}\" are {1}. ", SEARCH_STR,
SearchThread.CountOccurrances(threads));
} //end method
public static int CountOccurrances(SearchThread[] threads)
{
//accumulate the total number of occurrances
int total = 0;
for (int i = 0; i < threads.Length; i++)
total += threads[i].NumOccurrances;
return total;
}
}//end main
private static void FindStrSingleThread(String text)
{
SearchThread thread = new SearchThread(text, SEARCH_STR, 0, text.Length);
thread.run();
thread.thrd.Join();
Console.WriteLine("Number of occurrances of word \"{0}\" are {1}. ", SEARCH_STR,
thread.NumOccurrances);
}//end method
static void Main(string[] args)
{
SearchThread[] threads = new SearchThread[NUM_THREADS];
String text = File.ReadAllText(FILE_NAME);
OptimizationTests test = new OptimizationTests(Console.Out);
test.NumTimes = 1;
test.TimeAction(FindStrMThread, threads, text);
test.TimeAction(FindStrSingleThread, text);
Console.Write("Press any key to continue... ");
Console.ReadLine();
}//end main
static void Main(string[] args)
{
SearchThread[] threads = new SearchThread[NUM_THREADS];
String text = File.ReadAllText(FILE_NAME);
OptimizationTests test = new OptimizationTests(Console.Out);
test.NumTimes = 1;
test.TimeAction(FindStrMThread, threads, text);
test.TimeAction(FindStrSingleThread, text);
Console.Write("Press any key to continue... ");
Console.ReadLine();
}
private static void FindStrSingleThread(String text)
{
SearchThread thread = new SearchThread(text, SEARCH_STR, 0, text.Length);
thread.run();
thread.thrd.Join();
Console.WriteLine("Number of occurrances of word \"{0}\" are {1}. ", SEARCH_STR,
thread.NumOccurrances);
}
private static void FindStrMThread(SearchThread[] threads, String text)
{
int workLength = text.Length / NUM_THREADS;
//run the threads
for (int i = 0, start = 0;
i < NUM_THREADS;
i++, start += workLength) {
//set the bounds of the string work area, if is last iteration
//the work area may be larger or smaller.
//if a word happens to be in the middle of the split operation it will not be counted
threads[i] = new SearchThread(text, SEARCH_STR, start,
( i != NUM_THREADS - 1 ) ? workLength : text.Length - start);
threads[i].run();
}//end loop
//wait for the threads to stop
Parallel.For(0, NUM_THREADS, (int i) => {
threads[i].thrd.Join();
});
Console.WriteLine("Number of occurrances of word \"{0}\" are {1}. ", SEARCH_STR,
SearchThread.CountOccurrances(threads));
}
