Package com.packtpub.java7.concurrency.chapter6.recipe05.core

Examples of com.packtpub.java7.concurrency.chapter6.recipe05.core.Main


   
    // Creates a new Company and a Thread to run its task
    Company  company=new Company(account);
    Thread companyThread=new Thread(company);
    // Creates a new Bank and a Thread to run its task
    Bank bank=new Bank(account);
    Thread bankThread=new Thread(bank);
   
    // Prints the initial balance
    System.out.printf("Account : Initial Balance: %f\n",account.getBalance());
   
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    // Creates a new Company and a Thread to run its task
    Company  company=new Company(account);
    Thread companyThread=new Thread(company);
    // Creates a new Bank and a Thread to run its task
    Bank bank=new Bank(account);
    Thread bankThread=new Thread(bank);
   
    // Prints the initial balance
    System.out.printf("Account : Initial Balance: %f\n",account.getBalance());
   
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    Account  account=new Account();
    // an initialize its balance to 1000
    account.setBalance(1000);
   
    // Creates a new Company and a Thread to run its task
    Company  company=new Company(account);
    Thread companyThread=new Thread(company);
    // Creates a new Bank and a Thread to run its task
    Bank bank=new Bank(account);
    Thread bankThread=new Thread(bank);
   
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    Account  account=new Account();
    // an initialize its balance to 1000
    account.setBalance(1000);
   
    // Creates a new Company and a Thread to run its task
    Company  company=new Company(account);
    Thread companyThread=new Thread(company);
    // Creates a new Bank and a Thread to run its task
    Bank bank=new Bank(account);
    Thread bankThread=new Thread(bank);
   
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   * @param args
   */
  public static void main(String[] args) {
   
    // Create a new object for the statistics
    BuildStats stats=new BuildStats();

    // Create a Sensor1 object and a Thread to run it
    Sensor1 sensor1=new Sensor1(stats);
    Thread thread1=new Thread(sensor1,"Sensor 1");

    // Create a Sensor 2 object and a Thread to run it
    Sensor2 sensor2=new Sensor2(stats);
    Thread thread2=new Thread(sensor2,"Sensor 2");
   
    // Get the actual time
    Date date1=new Date();
   
    //Starts the threads
    thread1.start();
    thread2.start();
   
    try {
      // Wait for the finalization of the threads
      thread1.join();
      thread2.join();
    } catch (InterruptedException e) {
      e.printStackTrace();
    }

    //Get the actual time and print the execution time
    Date date2=new Date();
    stats.printStats();
    System.out.println("Execution Time: "+((date2.getTime()-date1.getTime())/1000));

  }
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    // Create a new object for the statistics
    BuildStats stats=new BuildStats();

    // Create a Sensor1 object and a Thread to run it
    Sensor1 sensor1=new Sensor1(stats);
    Thread thread1=new Thread(sensor1,"Sensor 1");

    // Create a Sensor 2 object and a Thread to run it
    Sensor2 sensor2=new Sensor2(stats);
    Thread thread2=new Thread(sensor2,"Sensor 2");
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    // Create a Sensor1 object and a Thread to run it
    Sensor1 sensor1=new Sensor1(stats);
    Thread thread1=new Thread(sensor1,"Sensor 1");

    // Create a Sensor 2 object and a Thread to run it
    Sensor2 sensor2=new Sensor2(stats);
    Thread thread2=new Thread(sensor2,"Sensor 2");
   
    // Get the actual time
    Date date1=new Date();
   
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    PrintQueue printQueue=new PrintQueue();
   
    // Creates ten Threads
    Thread thread[]=new Thread[10];
    for (int i=0; i<10; i++){
      thread[i]=new Thread(new Job(printQueue),"Thread "+i);
    }
   
    // Starts the Threads
    for (int i=0; i<10; i++){
      thread[i].start();
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   * send documents to the print queue at the same time.
   */
  public static void main (String args[]){
   
    // Creates the print queue
    PrintQueue printQueue=new PrintQueue();
   
    // Creates ten Threads
    Thread thread[]=new Thread[10];
    for (int i=0; i<10; i++){
      thread[i]=new Thread(new Job(printQueue),"Thread "+i);
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    // Initializes the object for the results
    Results results=new Results(ROWS);
   
    // Creates an Grouper object
    Grouper grouper=new Grouper(results);
   
    // Creates the CyclicBarrier object. It has 5 participants and, when
    // they finish, the CyclicBarrier will execute the grouper object
    CyclicBarrier barrier=new CyclicBarrier(PARTICIPANTS,grouper);
   
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