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n It reduces the number of objects to deal with. n It reduces the amount of memory and storage devices required if the objects

1 3. T X X h (h X X ) + h = 0 2 4. = 5. S = T ( p 1) 2 T 2 2 2 d (X X ) 2

Applicable Scenarios The following scenarios are most appropriate for the Flyweight pattern:

l 2

n An application uses a considerable number of objects. n The storage costs are high because of the quantity of objects. n The application does not depend on object identity.

Guess what You re done with the code for that particular character of our play! You can now move directly to the next step, if you like, and start connecting everything in your nib files. That would be perfectly acceptable. NOTE: Following is a brief review of the boilerplate Lazy Load. If this doesn t interest you at this time, it will be fine to go directly to the Select the File s Owner section.

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7. The mass of a closed string must include left movers and right movers. 2 Hence it is given by M 2 = ( n n + n n ) . n=1 8. [ Lm , Ln ] = i (m n) Lm+n 1 2 9. L0 = 0 + n n 2 n =1 10. ( L0 1) = 0

The Java SE API associated with the Flyweight pat-

13. [ J , J ] = i J + i J i J i J 14. [ Lm , J ] = 0 15. k = 0 16. Setting the number of space-time dimensions to D = 26 1 17. T00 = T11 = ( X 2 + X 2 ) = 0, T01 = T10 = X X = 0 2 X = 0 at the string endpoints. mx 19. p = x x 18. 20. Momentum is constant, so p = 0. 21. S = m dt 1 v 2 22. p = mv 1 v2

Example Code The following example Java code demonstrates the Flyweight pattern:

You don t have to memorize it, or understand every symbol, but I do want you to come away with at least a vague understanding of how this all works. The first portion of this file is code I programmed for you, which I included in the Lazy Load. I simply imported and synthesized the two Ein#Controller.h header files as follows:

package javaee.architect.Flyweight; public class FlyweightPattern { public static void main(String[] args) { System.out.println("Flyweight Pattern Demonstration.");

27. Supersymmetry is a symmetry that uni es fermions and bosons. 28. It takes fermions into bosons and vice versa.

System.out.println("--------------------------------"); // Create states State stateF = new State(false); State stateT = new State(true); // Get reference to (and in doing so create) flyweight FlyweightIF myfwkey1 = FlyweightFactory.getFlyweight("myfwkey"); // Get new reference to the same flyweight FlyweightIF myfwkey2 = FlyweightFactory.getFlyweight("myfwkey"); // Call action on both references System.out.println("Call flyweight action with state=false"); myfwkey1.action(stateF); System.out.println("Call flyweight action with state=true"); myfwkey2.action(stateT); System.out.println(); } } package javaee.architect.Flyweight; public class ConcreteFlyweight implements FlyweightIF { // Add state to the concrete flyweight. private boolean state; public ConcreteFlyweight(State parm) { this.state = parm.getState(); } public void action(State parm) { // Display internal state and state passed by client. System.out.println("ConcreteFlyweight.action(" +parm.getState()+") called."); this.state = parm.getState(); System.out.println("ConcreteFlyweight.state = " + this.state); } } package javaee.architect.Flyweight; import java.util.*; public class FlyweightFactory { private static Map map = new HashMap(); public static FlyweightIF getFlyweight(String parm) { // Return the Flyweight if it exists, // or create it if it doesn t. FlyweightIF flyweight = null; try { if (map.containsKey(parm)) { // Return existing flyweight

29. RNS formalism uses worldsheet supersymmetry, while GS formalism uses space-time supersymmetry. 30.

flyweight = (FlyweightIF) map.get(parm); } else { // Create flyweight with a 'true' state flyweight = new ConcreteFlyweight(new State(true)); map.put(parm, flyweight); System.out.println("Created flyweight "+parm+" with state=true"); System.out.println(""); } } catch (ClassCastException cce) { System.out.println(cce.getMessage()); } return flyweight; } } package javaee.architect.Flyweight; public interface FlyweightIF { // method to receive and act on extrinsic state. public void action(State parm); } package javaee.architect.Flyweight; public class State { private boolean state; public State(boolean parm) {this.state = parm;} public boolean getState() {return state;} }

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