Java How to Program Fourth Edition - DCC

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1492 Unicode® (on CD) Appendix K being upgraded because it often simplifies changes to existing programs. For this reason, UTF-8 has become the encoding form of choice on the Internet. Likewise, UTF-16 is the encoding form of choice on Microsoft Windows applications. UTF-32 is likely to become more widely used in the future as more characters are encoded with values above FFFF hexadecimal. Also, UTF-32 requires less sophisticated handling than UTF-16 in the presence of surrogate pairs. Figure K.1 shows the different ways in which the three encoding forms handle character encoding. K.3 Characters and Glyphs The Unicode Standard consists of characters, written components (i.e., alphabets, numbers, punctuation marks, accent marks, etc.) that can be represented by numeric values. Examples of characters include: U+0041 LATIN CAPITAL LETTER A. In the first character representation, U+yyyy is a code value, in which U+ refers to Unicode code values, as opposed to other hexadecimal values. The yyyy represents a four-digit hexadecimal number of an encoded character. Code values are bit combinations that represent encoded characters. Characters are represented using glyphs, various shapes, fonts and sizes for displaying characters. There are no code values for glyphs in the Unicode Standard. Examples of glyphs are shown in Fig. K.2. The Unicode Standard encompasses the alphabets, ideographs, syllabaries, punctuation marks, diacritics, mathematical operators, etc. that comprise the written languages and scripts of the world. A diacritic is a special mark added to a character to distinguish it from another letter or to indicate an accent (e.g., in Spanish, the tilde “~” above the character “n”). Currently, Unicode provides code values for 94,140 character representations, with more than 880,000 code values reserved for future expansion. Character UTF-8 UTF-16 UTF-32 LATIN CAPITAL LETTER A 0x41 0x0041 0x00000041 GREEK CAPITAL LETTER ALPHA 0xCD 0x91 0x0391 0x00000391 CJK UNIFIED IDEOGRAPH- 4E95 0xE4 0xBA 0x95 0x4E95 0x00004E95 OLD ITALIC LETTER A 0xF0 0x80 0x83 0x80 0xDC00 0xDF00 0x00010300 Fig. Fig. K.1 K.1 Correlation between the three encoding forms. Fig. Fig. K.2 K.2 Various glyphs of the character A.
Appendix K Unicode® (on CD) 1493 K.4 Advantages/Disadvantages of Unicode The Unicode Standard has several significant advantages that promote its use. One is the impact it has on the performance of the international economy. Unicode standardizes the characters for the world’s writing systems to a uniform model that promotes transferring and sharing data. Programs developed using such a schema maintain their accuracy because each character has a single definition (i.e., a is always U+0061, % is always U+0025). This enables corporations to manage the high demands of international markets by processing different writing systems at the same time. Also, all characters can be managed in an identical manner, thus avoiding any confusion caused by different character code architectures. Moreover, managing data in a consistent manner eliminates data corruption, because data can be sorted, searched and manipulated using a consistent process. Another advantage of the Unicode Standard is portability (i.e., software that can execute on disparate computers or with disparate operating systems). Most operating systems, databases, programming languages and Web browsers currently support, or are planning to support, Unicode. A disadvantage of the Unicode Standard is the amount of memory required by UTF- 16 and UTF-32. ASCII character sets are 8-bits in length, so they require less storage than the default 16-bit Unicode character set. However, the double-byte character set (DBCS) and the multi-byte character set (MBCS) that encode Asian characters (ideographs) require two to four bytes, respectively. In such instances, the UTF-16 or the UTF-32 encoding forms may be used with little hindrance on memory and performance. Another disadvantage of Unicode is that although it includes more characters than any other character set in common use, it does not yet encode all of the world’s written characters. Another disadvantage of the Unicode Standard is that UTF-8 and UTF-16 are variable width encoding forms, so characters occupy different amounts of memory. K.5 Unicode Consortium’s Web Site If you would like to learn more about the Unicode Standard, visit www.unicode.org. This site provides a wealth of information about the Unicode Standard that is insightful to those new to Unicode. Currently, the home page is organized into various sections—New to Unicode, General Information, The Consortium, The Unicode Standard, Work in Progress and For Members. The New to Unicode section consists of two subsections: What is Unicode and How to Use this Site. The first subsection provides a technical introduction to Unicode by describing design principles, character interpretations and assignments, text processing and Unicode conformance. This subsection is recommended reading for anyone new to Unicode. Also, this subsection provides a list of related links that provide the reader with additional information about Unicode. The How to Use this Site subsection contains information about using and navigating the site as well hyperlinks to additional resources. The General Information section contains six subsections: Where is my Character, Display Problems, Useful Resources, Enabled Products, Mail Lists and Conferences. The main areas covered in this section include a link to the Unicode code charts (a complete listing of code values) assembled by the Unicode Consortium as well as a detailed outline on how to locate an encoded character in the code chart. Also, the section contains advice on how to configure different operating systems and Web browsers so that
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Contents Preface xxxv 1 Introductio
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Contents IX 5 Control Structures: P
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Contents XI 9.15 Polymorphism Examp
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Contents XIII 13.15 GridBagLayout L
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Contents XV 20 Java Utilities Packa
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Contents XVII H.6 Class ElevatorSha
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Live in fragments no longer. Only c
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Appendix Preface XXXVII a carefully
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Appendix Preface XXXIX Some Notes t
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Appendix Preface XLI sist on three-
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Appendix Preface XLIII 46 Testing a
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Appendix Preface XLV also were able
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Appendix Preface XLVII tions; Entit
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Appendix Preface XLIX extraordinary
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Appendix Preface LI Boston Universi
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Objectives 1 Introduction to Comput
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Chapter 1 Introduction to Computers
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Chapter 6 Methods 247 Outline 6.1 I
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Chapter 6 Methods 249 6.3 Math Clas
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Chapter 6 Methods 251 Software Engi
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Chapter 6 Methods 253 43 // square
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Chapter 6 Methods 255 (such as g.dr
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Chapter 6 Methods 257 34 // display
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Chapter 6 Methods 259 Converting va
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Chapter 6 Methods 261 6.8 Random-Nu
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Chapter 6 Methods 263 To show that
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Chapter 6 Methods 265 which always
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Chapter 6 Methods 267 75 76 switch
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Chapter 6 Methods 269 Fig. Fig. 6.9
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Chapter 6 Methods 271 screen. Norma
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Chapter 6 Methods 273 parameter lis
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Chapter 6 Methods 275 6.11 Scope Ru
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Chapter 6 Methods 277 54 55 // useI
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Chapter 6 Methods 279 A recursive d
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Chapter 6 Methods 283 40 // create
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Chapter 6 Methods 285 Figure 6.14 s
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Chapter 6 Methods 287 memory space.
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Chapter 6 Methods 289 1 // Fig. 6.1
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Chapter 6 Methods 291 8 public clas
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Chapter 6 Methods 295 From the “r
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Chapter 6 Methods 297 • An import
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Chapter 6 Methods 301 7 8 for ( x =
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Chapter 6 Methods 303 39 System.out
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Chapter 6 Methods 305 EXERCISES 6.7
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Chapter 6 Methods 307 6.16 Write a
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Chapter 6 Methods 309 6.28 The grea
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Chapter 6 Methods 311 Fig. Fig. 6.2
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Objectives 7 Arrays • To introduc
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Chapter 7 Arrays 315 7.2 Arrays An
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Chapter 7 Arrays 317 7.3 Declaring
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Chapter 7 Arrays 319 25 JOptionPane
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Chapter 7 Arrays 321 1 // Fig. 7.5:
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Chapter 7 Arrays 323 15 // add each
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Chapter 7 Arrays 325 7 public class
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Chapter 7 Arrays 327 18 // for each
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Chapter 7 Arrays 329 7.5 References
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Chapter 7 Arrays 331 10 public clas
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Chapter 7 Arrays 333 are equal), th
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Chapter 7 Arrays 335 array2[ 9 ]. O
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Chapter 7 Arrays 339 8 9 // Java ex
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Chapter 7 Arrays 343 7.9 Multiple-S
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Chapter 7 Arrays 349 101 // return
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Chapter 7 Arrays 351 Class Verb phr
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Chapter 7 Arrays 357 7.5 Find the e
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Chapter 7 Arrays 359 that week. For
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Chapter 7 Arrays 367 * * * * * * *
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Chapter 7 Arrays 369 a) Starting fr
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Chapter 7 Arrays 377 and should pri
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Chapter 8 Object-Based Programming
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Chapter 9 Object-Oriented Programmi
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Objectives 11 Graphics and Java2D
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Objectives 15 Multithreading • To
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Objectives 20 Java Utilities Packag
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Chapter 20 Java Utilities Package a
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Objectives 21 Collections • To un
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Chapter 21 Collections 1203 which i
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Chapter 21 Collections 1205 58 // c
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Chapter 21 Collections 1209 Perform
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Chapter 21 Collections 1215 21.6 Al
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Chapter 21 Collections 1235 21.6 St
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Chapter 22 Java Media Framework and
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Appendix A Java Demos 1347 www.java
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Appendix B Java Resources 1349 deve
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Appendix B Java Resources 1351 deve
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C Operator Precedence Chart Operato
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D ASCII Character Set 0 1 2 3 4 5 6
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Appendix E Number Systems (on CD) 1
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Objectives F Creating HTML Document
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Appendix F Creating HTML Documentat
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Appendix G Elevator Events and List
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H Elevator Model (on CD) H.1 Introd
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Appendix H Elevator Model (on CD) 1
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Appendix I Elevator View (on CD) 14
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