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Implementing dynamic HTTP validation is not that difficult if static HTTP validation has been implemented, because static HTTP validation provides a base for dynamic HTTP validation. When implementing dynamic HTTP validation, the LibrarianSaveToStorage is kept identical as is the use of the Decorator pattern. What changes is the implementation of the Builder pattern: the class LibrarianSaveToFile is replaced with LibrarinHTTPValidation, and the class Book has some additional properties. What is different in this instance of using the Decorator pattern is that the LibrarianHTTPValidation class is used to figure out whether LibrarianSaveToStorage has to be called. Additionally, LibrarianSaveToStorage is a bit misnamed because when using dynamic HTTP validation LibrarianSaveToStorage is used for both retrieval and saving of data. Modifying the Decorator Pattern Implementation In the static HTTP server validation, the Decorator pattern was used. For the dynamic HTTP server validation, the implementation LibrarianHTTPValidation is used to manage the hash codes of the individual book instances: public class LibrarianHTTPValidation implements Librarian { private Librarian _next; private String _etag; public LibrarianHTTPValidation(String etag, Librarian next) throws InstantiationException { EBVN if( _next == null) { throw new InstantiationException("Next element cannot be null"); } _next = next; _etag = etag; } public Book checkOutBook(String isbn) throws Exception { if(isSameState( _etag, isbn)) { Book book = new Book(); book.assignHashCode(Integer.parseInt( _etag)); book.setISBN( isbn); return book; } else { return _next.checkOutBook( isbn); } } public void checkInBook(Book book) throws Exception { saveHashCode(book); _next.checkInBook(book); } } In the instantiation of the LibrarianHTTPValidation, the constructor has two parameters. The first parameter identifies the ETag, and the second parameter is the next Librarian instance,

< xml version="1.0" encoding="utf-8" > <s:Application xmlns:fx="http://ns.adobe.com/mxml/2009" xmlns:s="library://ns.adobe.com/flex/spark" xmlns:mx="library://ns.adobe.com/flex/halo" minWidth="1024" minHeight="768"> <fx:Script> <![CDATA[ import ImageURLLoader; private function loadImageFunction():void { var imageURLLoader:ImageURLLoader = new ImageURLLoader(); imageURLLoader.loadImage(); ]]> myVBox.addChild(imageURLLoader.myImage); } </fx:Script> <fx:Declarations> <!-- Place non-visual elements (e.g., services, value objects) here --> </fx:Declarations> <s:SkinnableContainer> <s:layout> <s:VerticalLayout horizontalAlign="center" paddingLeft="40" paddingTop="40" /> </s:layout> <mx:VBox id="myVBox" width="100%" height="100%" /> <mx:Button label="Invoke URLLoader" click="loadImageFunction()"/> </s:SkinnableContainer>

retArray[1][0] = 2; retArray[1][1] = 2; // blue retArray[2][0] = 13; retArray[2][1] = 5; // yellow retArray[3][0] = 4; retArray[3][1] = 8; return(retArray); } //-------------------------------------------------------// encoding / decoding utilities /** * Encodes the entire dungeon. */ byte[][] encodeDungeon() { byte[][] retArray = new byte[2][]; retArray[0] = new byte[16]; // the first byte is the version number: retArray[0][0] = 0; // the second byte is the board number: retArray[0][1] = 0; // the player's start square: retArray[0][2] = DataConverter.encodeCoords(myPlayerSquare); // the goal (crown) square: retArray[0][3] = DataConverter.encodeCoords(myGoalSquare); //encode the keys: int[][] keyCoords = getKeyCoords(); for(int i = 0; i < keyCoords.length; i++) { retArray[0][i + 4] = DataConverter.encodeCoords(keyCoords[i]); } //encode the doors: int[][] doorCoords = getDoorCoords(); for(int i = 0; i < doorCoords.length; i++) { retArray[0][i + 8] = DataConverter.encodeCoords(doorCoords[i]); } //encode the maze: try { retArray[1] = encodeDungeon(mySquares); } catch(Exception e) { e.printStackTrace(); } return(retArray); }

</s:Application> /* ImageURLLoader.as */ package { import flash.display.Loader; import flash.events.Event; import flash.net.URLLoader; import flash.net.URLLoaderDataFormat; import flash.net.URLRequest; import flash.utils.ByteArray; import flash.utils.describeType; import mx.controls.Image; import flash.display.Bitmap; import mx.core.FlexLoader; public class ImageURLLoader { private var URL_String:String = " http://localhost:8080/NBAScorers/treasury_of_ideas_logo.png"; private var myImageRequest:URLRequest = new URLRequest(URL_String); private var myLoader:URLLoader = new URLLoader(); private var loader:FlexLoader = new FlexLoader(); public var myImage:Image = new Image();

which is LibrarianSaveToStorage The method checkOutBook has an incomplete method isSameState that is used to test whether the input etag parameter and the to-be-retrieved book instance associated with the isbn number are identical The method isSameState is incomplete because the way that the cross-referencing of the client-supplied ETag identifier and the current hash code value is done depends on how the old hash code value is stored It s an implementation detail that is beyond the scope of this book If the method isSameState indicates that the state has not changed, Book is instantiated and the hash code is assigned to the input ETag value The instantiated value is returned If the method isSameState indicates that the state has changed, then the checkOutBook is delegated to the next Librarian instance (_nextcheckOutBook) In the implementation of checkInBook, a call is made to an incomplete method implementation, saveHashCode.

public function ImageURLLoader() { } private function imageLoad(event:Event):void { trace("Image loaded."); trace(describeType(event.target.data)); loader.loadBytes(event.target.data); loader.contentLoaderInfo.addEventListener (Event.COMPLETE,setLoadedBytesToImage); } public function setLoadedBytesToImage(event:Event):void { myImage.source = loader; } public function loadImage():void { myLoader.dataFormat = URLLoaderDataFormat.BINARY; myLoader.addEventListener(Event.COMPLETE, imageLoad); myLoader.load(myImageRequest); } }

/** * Takes a dungeon given in terms of an array of ones and zeros * and turns it into an array of bytes. * WARNING: the array MUST BE 16x16. */ static byte[] encodeDungeon(int[][] dungeonMap) throws Exception { if((dungeonMap.length != 16) || (dungeonMap[0].length != 16)) { throw(new Exception("EncodingUtils.encodeDungeon-->must be 16x16!!!")); } byte[] retArray = new byte[32]; for(int i = 0; i < 16; i++) { retArray[2*i] = DataConverter.encode8(dungeonMap[i], 0); retArray[2*i + 1] = DataConverter.encode8(dungeonMap[i], 8); } return(retArray); } //-------------------------------------------------------// main prints the bytes to standard out. // (note that this class is not intended to be run as a MIDlet) /** * Prints the byte version of the board to standard out. */ public static void main(String[] args) { try { EncodingUtils map = new EncodingUtils(); byte[][] data = map.encodeDungeon(); System.out.println("EncodingUtils.main-->dungeon encoded"); System.out.print("{\n " + data[0][0]); for(int i = 1; i < data[0].length; i++) { System.out.print(", " + data[0][i]); } for(int i = 1; i < data[1].length; i++) { System.out.print(", " + data[1][i]); } System.out.println("\n};"); } catch(Exception e) { e.printStackTrace(); } } }