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//: c04:StaticInitialization.java 
// Specifying initial values in a class definition. 
// From 'Thinking in Java, 3rd ed.' (c) Bruce Eckel 2002 
// www.BruceEckel.com. See copyright notice in CopyRight.txt. 
import com.bruceeckel.simpletest.*; 
 
class Bowl { 
  Bowl(int marker) { 
    System.out.println("Bowl(" + marker + ")"); 
  } 
  void f(int marker) { 
    System.out.println("f(" + marker + ")"); 
  } 
} 
 
class Table { 
  static Bowl b1 = new Bowl(1); 
  Table() { 
    System.out.println("Table()"); 
    b2.f(1); 
  } 
  void f2(int marker) { 
    System.out.println("f2(" + marker + ")"); 
  } 
  static Bowl b2 = new Bowl(2); 
} 
 
class Cupboard { 
  Bowl b3 = new Bowl(3); 
  static Bowl b4 = new Bowl(4); 
  Cupboard() { 
    System.out.println("Cupboard()"); 
    b4.f(2); 
  } 
  void f3(int marker) { 
    System.out.println("f3(" + marker + ")"); 
  } 
  static Bowl b5 = new Bowl(5); 
} 
 
public class StaticInitialization { 
  static Test monitor = new Test(); 
  public static void main(String[] args) { 
    System.out.println("Creating new Cupboard() in main"); 
    new Cupboard(); 
    System.out.println("Creating new Cupboard() in main"); 
    new Cupboard(); 
    t2.f2(1); 
    t3.f3(1); 
    monitor.expect(new String[] { 
      "Bowl(1)", 
      "Bowl(2)", 
      "Table()", 
      "f(1)", 
      "Bowl(4)", 
      "Bowl(5)", 
      "Bowl(3)", 
      "Cupboard()", 
      "f(2)", 
      "Creating new Cupboard() in main", 
      "Bowl(3)", 
      "Cupboard()", 
      "f(2)", 
      "Creating new Cupboard() in main", 
      "Bowl(3)", 
      "Cupboard()", 
      "f(2)", 
      "f2(1)", 
      "f3(1)" 
    }); 
  } 
  static Table t2 = new Table(); 
  static Cupboard t3 = new Cupboard(); 
} ///:~