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then we say that the particles in question are fermions. Fermions obey a constraint known as the Pauli exclusion principle, which says that no two fermions can occupy the same quantum state. So while boson number can assume any value nb = 0, , the number of fermions that can occupy a quantum state is 0 or 1, that is, n f = 0, 1 and not any other value. The rst move at bringing quantum theory and relativity together in the same framework is done by combining quantum mechanics together with the special theory of relativity (and hence leaving gravity out of the picture). The result, called quantum eld theory, is a spectacular scienti c success that agrees with all known experimental tests (see Quantum Field Theory Demysti ed for more details). In quantum eld theory, space-time is lled with elds ( x , t ) that act as operators. A given eld can be Fourier expanded as

Benefits Following is a list of benefits of using the Interpreter pattern:

(x) =

FIGURE 5-15

Before we start our first program in 2, it s critical that you are able to step back and know where we ve been, where we are now, and where we will go next. Looking at Figure 1 8, you can see a gray strip containing two icons that represent Mac OSX and the SDK, which includes Interface Builder and Xcode. These will be explained in detail later; 90 percent of this book deals with the items in this strip.

d 3k (2 )

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

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

3/ 2

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Figure 1 8. The iPhone and iPad app programming landscape. Mac OS X 10.5.3 or later is housing the iPhone and iPad SDK. I will teach you how to use the SDK s Xcode and the Interface Builder to create apps. Once you create an app, there are four ways to run it: using iPhone/iPad Simulator, with your iPhone attached to your Mac, with your iPad attached to your Mac, or downloaded via iTunes to a third-party iPhone/iPad.

package javaee.architect.Interpreter; import java.util.ArrayList; import java.util.ListIterator; import java.util.StringTokenizer; public class InterpreterPattern { public static void main(String[] args) { System.out.println("Interpreter Pattern Demonstration."); System.out.println("----------------------------------"); BookInterpreterContext bookInterpreterContext = new BookInterpreterContext(); bookInterpreterContext.addTitle("Pickwick Papers"); bookInterpreterContext.addTitle("Great Expectations"); bookInterpreterContext.addTitle("Wuthering Heights"); bookInterpreterContext.addTitle("Crossfile"); bookInterpreterContext.addAuthor("William Shakespeare"); bookInterpreterContext.addAuthor("Emily Bronte"); bookInterpreterContext.addAuthor("James Marathon"); bookInterpreterContext.addTitleAndAuthor( new TitleAndAuthor("Pickwick Papers", "William Shakespeare")); bookInterpreterContext.addTitleAndAuthor( new TitleAndAuthor("Great Expectations", "William Shakespeare")); bookInterpreterContext.addTitleAndAuthor(

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new TitleAndAuthor("Wuthering Heights", "Emily Bronte")); bookInterpreterContext.addTitleAndAuthor( new TitleAndAuthor("Crossfire", "James Marathon")); BookInterpreterClient bookInterpreterClient = new BookInterpreterClient(bookInterpreterContext); System.out.println("show author ->" + bookInterpreterClient.interpret("show author")); System.out.println("show title ->" + bookInterpreterClient.interpret("show title")); System.out.println("show author for title <Crossfire> ->" + bookInterpreterClient.interpret("show author for title <Crossfire>")); System.out.println("show title for author <William Shakespeare> ->" + bookInterpreterClient.interpret( "show title for author <William Shakespeare>")); System.out.println(); } } class BookInterpreterClient { BookInterpreterContext bookInterpreterContext; public BookInterpreterClient(BookInterpreterContext parm) { bookInterpreterContext = parm; } // language syntax: // show title // show author // show title for author <author-name> // show author for title <title-name> public String interpret(String expression) { StringTokenizer expressionTokens = new StringTokenizer(expression); String currentToken; char mainQuery = ' '; char subQuery = ' '; String searchString = null; boolean forUsed = false; boolean searchStarted = false; boolean searchEnded = false; StringBuffer result = new StringBuffer(); while (expressionTokens.hasMoreTokens()) { currentToken = expressionTokens.nextToken(); if (currentToken.equals("show")) { continue;//show in all queries, not really used } else if (currentToken.equals("title")) { if (mainQuery == ' ') { mainQuery = 'T'; } else { if ((subQuery == ' ') && (forUsed)) { subQuery = 'T'; } } } else if (currentToken.equals("author")) {

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if (mainQuery == ' ') { mainQuery = 'A'; } else { if ((subQuery == ' ') && (forUsed)) { subQuery = 'A'; } } } else if (currentToken.equals("for")) { forUsed = true; } else if ((searchString == null) && (subQuery != ' ') && (currentToken.startsWith("<"))) { searchString = currentToken; searchStarted = true; if (currentToken.endsWith(">")) { searchEnded = true; } } else if ((searchStarted) && (!searchEnded)) { searchString = searchString + " " + currentToken; if (currentToken.endsWith(">")) { searchEnded = true; } } } if (searchString != null) { searchString = searchString.substring(1,(searchString.length() - 1));//remove <> } BookAbstractExpression abstractExpression; switch (mainQuery) { case 'A' : { switch (subQuery) { case 'T' : { abstractExpression = new BookAuthorTitleExpression(searchString); break; } default : { abstractExpression = new BookAuthorExpression(); break; } } break; } case 'T' : { switch (subQuery) { case 'A' : { abstractExpression = new BookTitleAuthorExpression(searchString); break; } default : { abstractExpression = new BookTitleExpression(); break; } }

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