Java核心技术卷I：(第9版·英文版) word 网盘 高速 下载地址大全 免费

《Java核心技术 卷I：基础知识(第9版·英文版)(上、下册)》是经典的《Java核心技术 卷I：基础知识》的最新版。这一版针对Java SE 7平台进行了全面更新，以反映Java SE 7的特性。 书中囊括了Java的全部基础知识，提供了大量完整且具有实际意义的应用示例，详细介绍了Java语言基础、面向对象编程、反射与代理、接口与内部类、事件监听器模型、使用Swing GUI工具进行图形用户界面程序设计、打包应用程序、异常处理、登录与调试、泛型编程、集合框架、多线程等内容。 《Java核心技术 卷I：基础知识(第9版·英文版)(上、下册)》适合想将Java应用于实际项目的软件开发人员、高等院校教师和学生参考阅读。

Contents Preface　v Acknowledgments　ix Chapter 1: An Introduction to Java　1 1.1　Java As a Programming Platform　1 1.2　The Java “White Paper” Buzzwords　2 1.2.1　Simple　3 1.2.2　Object-Oriented　4 1.2.3　Network-Savvy　4 1.2.4　Robust　5 1.2.5　Secure　5 1.2.6　Architecture-Neutral　6 1.2.7　Portable　7 1.2.8　Interpreted　7 1.2.9　High-Performance　8 1.2.10　Multithreaded　8 1.2.11　Dynamic　8 1.3　Java Applets and the Internet　9 1.4　A Short History of Java　10 1.5　Common Misconceptions about Java　13 Chapter 2: The Java Programming Environment　17 2.1　Installing the Java Development Kit　18 2.1.1　Downloading the JDK　18 2.1.2　Setting the Executable Path　20 2.1.3　Installing the Library Source and Documentation　22 2.1.4　Installing the Core Java Program Examples　23 2.1.5　Navigating the Java Directories　24 2.2　Choosing a Development Environment　24 2.3　Using the Command-Line Tools　25 2.3.1　Troubleshooting Hints　27 2.4　Using an Integrated Development Environment　28 2.4.1　Locating Compilation Errors　32 2.5　Running a Graphical Application　33 2.6　Building and Running Applets　36 Chapter 3: Fundamental Programming Structures in Java　41 3.1　A Simple Java Program　42 3.2　Comments　45 3.3　Data Types　46 3.3.1　Integer Types　47 3.3.2　Floating-Point Types　48 3.3.3　The char Type　49 3.3.4　The boolean Type　51 3.4　Variables　52 3.4.1　Initializing Variables　53 3.4.2　Constants　54 3.5　Operators　55 3.5.1　Increment and Decrement Operators　56 3.5.2　Relational and boolean Operators　57 3.5.3　Bitwise Operators　58 3.5.4　Mathematical Functions and Constants　59 3.5.5　Conversions between Numeric Types　60 3.5.6　Casts　61 3.5.7　Parentheses and Operator Hierarchy　62 3.5.8　Enumerated Types　63 3.6　Strings　64 3.6.1　Substrings　64 3.6.2　Concatenation　64 3.6.3　Strings Are Immutable　65 3.6.4　Testing Strings for Equality　67 3.6.5　Empty and Null Strings　68 3.6.5　Code Points and Code Units　68 3.6.6　The String API　69 3.6.7　Reading the Online API Documentation　72 3.6.8　Building Strings　74 3.7　Input and Output　76 3.7.1　Reading Input　76 3.7.2　Formatting Output　79 3.7.3　File Input and Output　84 3.8　Control Flow　86 3.8.1　Block Scope　86 3.8.2　Conditional Statements　87 3.8.3　Loops　91 3.8.4　Determinate Loops　95 3.8.5　Multiple Selections—The switch Statement　99 3.8.6　Statements That Break Control Flow　102 3.9　Big Numbers　105 3.10　Arrays　107 3.10.1　The “for each” Loop　109 3.10.2　Array Initializers and Anonymous Arrays　110 3.10.3　Array Copying　111 3.10.4　Command-Line Parameters　112 3.10.5　Array Sorting　113 3.10.6　Multidimensional Arrays　116 3.10.7　Ragged Arrays　120 Chapter 4: Objects and Classes　125 4.1　Introduction to Object-Oriented Programming　126 4.1.1　Classes　127 4.1.2　Objects　128 4.1.3　Identifying Classes　129 4.1.4　Relationships between Classes　129 4.2　Using Predefined Classes　132 4.2.1　Objects and Object Variables　132 4.2.2　The GregorianCalendar Class of the Java Library　136 4.2.3　Mutator and Accessor Methods　138 4.3　Defining Your Own Classes　145 4.3.1　An Employee Class　145 4.3.2　Use of Multiple Source Files　148 4.3.3　Dissecting the Employee Class　149 4.3.4　First Steps with Constructors　150 4.3.5　Implicit and Explicit Parameters　152 4.3.6　Benefits of Encapsulation　153 4.3.7　Class-Based Access Privileges　156 4.3.8　Private Methods　156 4.3.9　Final Instance Fields　157 4.4　Static Fields and Methods　157 4.4.1　Static Fields　157 4.4.2　Static Constants　158 4.4.3　Static Methods　159 4.4.4　Factory Methods　161 4.4.5　The main Method　161 4.5　Method Parameters　164 4.6　Object Construction　171 4.6.1　Overloading　171 4.6.2　Default Field Initialization　172 4.6.3　The Constructor with No Arguments　173 4.6.4　Explicit Field Initialization　174 4.6.5　Parameter Names　175 4.6.6　Calling Another Constructor　176 4.6.7　Initialization Blocks　176 4.6.8　Object Destruction and the finalize Method　181 4.7　Packages　182 4.7.1　Class Importation　182 4.7.2　Static Imports　184 4.7.3　Addition of a Class into a Package　185 4.7.4　Package Scope　188 4.8　The Class Path　190 4.8.1　Setting the Class Path　192 4.9　Documentation Comments　193 4.9.1　Comment Insertion　193 4.9.2　Class Comments　194 4.9.3　Method Comments　195 4.9.4　Field Comments　196 4.9.5　General Comments　196 4.9.6　Package and Overview Comments　197 4.9.7　Comment Extraction　198 4.10　Class Design Hints　199 Chapter 5: Inheritance　203 5.1　Classes, Superclasses, and Subclasses　204 5.1.1　Inheritance Hierarchies　212 5.1.2　Polymorphism　213 5.1.3　Dynamic Binding　214 5.1.4　Preventing Inheritance: Final Classes and Methods　217 5.1.5　Casting　218 5.1.6　Abstract Classes　221 5.1.7　Protected Access　227 5.2　Object: The Cosmic Superclass　228 5.2.1　The equals Method　228 5.2.2　Equality Testing and Inheritance　230 5.2.3　The hashCode Method　234 5.2.4　The toString Method　236 5.3　Generic Array Lists　243 5.3.1　Accessing Array List Elements　246 5.3.2　Compatibility between Typed and Raw Array Lists　249 5.4　Object Wrappers and Autoboxing　251 5.5　Methods with a Variable Number of Parameters　254 5.6　Enumeration Classes　256 5.7　Reflection　258 5.7.1　The Class Class　259 5.7.2　A Primer on Catching Exceptions　261 5.7.3　Using Reflection to Analyze the Capabilities of Classes　263 5.7.4　Using Reflection to Analyze Objects at Runtime　269 5.7.5　Using Reflection to Write Generic Array Code　274 5.7.6　Invoking Arbitrary Methods　278 5.8　Design Hints for Inheritance　282 Chapter 6: Interfaces and Inner Classes　285 6.1　Interfaces　286 6.1.1　Properties of Interfaces　292 6.1.2　Interfaces and Abstract Classes　294 6.2　Object Cloning　295 6.3　Interfaces and Callbacks　302 6.4　Inner Classes　305 6.4.1　Use of an Inner Class to Access Object State　307 6.4.2　Special Syntax Rules for Inner Classes　311 6.4.3　Are Inner Classes Useful? Actually Necessary? Secure?　312 6.4.4　Local Inner Classes　315 6.4.5　Accessing final Variables from Outer Methods　315 6.4.6　Anonymous Inner Classes　318 6.4.7　Static Inner Classes　322 6.5　Proxies　326 6.5.1　Properties of Proxy Classes　331 Chapter 7: Graphics Programming　333 7.1　Introducing Swing　334 7.2　Creating a Frame　339 7.3　Positioning a Frame　342 7.3.1　Frame Properties　345 7.3.2　Determining a Good Frame Size　345 7.4　Displaying Information in a Component　350 7.5　Working with 2D Shapes　356 7.6　Using Color　365 7.7　Using Special Fonts for Text　369 7.8　Displaying Images　378 Chapter 8: Event Handling　383 8.1　Basics of Event Handling　383 8.1.1　Example: Handling a Button Click　386 8.1.2　Becoming Comfortable with Inner Classes　391 8.1.3　Creating Listeners Containing a Single Method Call　394 8.1.4　Example: Changing the Look-and-Feel　395 8.1.5　Adapter Classes　399 8.2　Actions　403 8.3　Mouse Events　411 8.4　The AWT Event Hierarchy　419 8.4.1　Semantic and Low-Level Events　421 Chapter 9: User Interface Components with Swing　425 9.1　Swing and the Model-View-Controller Design Pattern　426 9.1.1　Design Patterns　426 9.1.2　The Model-View-Controller Pattern　428 9.1.3　A Model-View-Controller Analysis of Swing Buttons　432 9.2　Introduction to Layout Management　433 9.2.1　Border Layout　437 9.2.2　Grid Layout　439 9.3　Text Input　443 9.3.1　Text Fields　444 9.3.2　Labels and Labeling Components　446 9.3.3　Password Fields　447 9.3.4　Text Areas　448 9.3.5　Scroll Panes　449 9.4　Choice Components　452 9.4.1　Checkboxes　452 9.4.2　Radio Buttons　454 9.4.3　Borders　458 9.4.4　Combo Boxes　462 9.4.5　Sliders　466 9.5　Menus　473 9.5.1　Menu Building　473 9.5.2　Icons in Menu Items　476 9.5.3　Checkbox and Radio Button Menu Items　477 9.5.4　Pop-Up Menus　479 9.5.5　Keyboard Mnemonics and Accelerators　480 9.5.6　Enabling and Disabling Menu Items　483 9.5.7　Toolbars　488 9.5.8　Tooltips　490 9.6　Sophisticated Layout Management　492 9.6.1　The Grid Bag Layout　494 9.6.1.1　The gridx, gridy, gridwidth, and gridheight Parameters　496 9.6.1.2　Weight Fields　496 9.6.1.3　The fill and anchor Parameters　497 9.6.1.4　Padding　497 9.6.1.5　Alternative Method to Specify the gridx, gridy, idwidth,and gridheight Parameters　497 9.6.1.6　A Helper Class to Tame the Grid Bag Constraints　499 9.6.2　Group Layout　505 9.6.3　Using No Layout Manager　516 9.6.4　Custom Layout Managers　516 9.6.5　Traversal Order　521 9.7　Dialog Boxes　522 9.7.1　Option Dialogs　523 9.7.2　Creating Dialogs　533 9.7.3　Data Exchange　538 9.7.4　File Dialogs　545 9.7.5　Color Choosers　557 Chapter 10: Deploying Applications and Applets　565 10.1　JAR Files　566 10.1.1　The Manifest　567 10.1.2　Executable JAR Files　568 10.1.3　Resources　569 10.1.4　Sealing　573 10.2　Java Web Start　574 10.2.1　The Sandbox　578 10.2.2　Signed Code　579 10.2.3　The JNLP API　582 10.3　Applets　591 10.3.1　A Simple Applet　591 10.3.1.1　Converting Applications to Applets　595 10.3.2　The applet HTML Tag and Its Attributes　596 10.3.3　The object Tag　599 10.3.4　Use of Parameters to Pass Information to Applets　600 10.3.5　Accessing Image and Audio Files　606 10.3.6　The Applet Context　607 10.3.6.1　Inter-Applet Communication　608 10.3.6.2　Displaying Items in the Browser　609 10.4　Storage of Application Preferences　610 10.4.1　Property Maps　611 10.4.2　The Preferences API　616 Chapter 11: Exceptions, Assertions, Logging, and Debugging　625 11.1　Dealing with Errors　626 11.1.1　The Classification of Exceptions　628 11.1.2　Declaring Checked Exceptions　630 11.1.3　How to Throw an Exception　632 11.1.4　Creating Exception Classes　634 11.2　Catching Exceptions　635 11.2.1　Catching Multiple Exceptions　637 11.2.2　Rethrowing and Chaining Exceptions　639 11.2.3　The finally Clause　640 11.2.4　The Try-with-Resources Statement　644 11.2.5　Analyzing Stack Trace Elements　646 11.3　Tips for Using Exceptions　649 11.4　Using Assertions　653 11.4.1　Assertion Enabling and Disabling　654 11.4.2　Using Assertions for Parameter Checking　655 11.4.3　Using Assertions for Documenting Assumptions　656 11.5　Logging　657 11.5.1　Basic Logging　658 11.5.2　Advanced Logging　658 11.5.3　Changing the Log Manager Configuration　661 11.5.4　Localization　662 11.5.5　Handlers　663 11.5.6　Filters　667 11.5.7　Formatters　667 11.5.8　A Logging Recipe　668 11.6　Debugging Tips　677 11.7　Tips for Troubleshooting GUI Programs　682 11.7.1　Letting the AWT Robot Do the Work　686 11.8　Using a Debugger　690 Chapter 12: Generic Programming　697 12.1　Why Generic Programming?　698 12.1.1　Who Wants to Be a Generic Programmer?　699 12.2　Defining a Simple Generic Class　700 12.3　Generic Methods　702 12.4　Bounds for Type Variables　704 12.5　Generic Code and the Virtual Machine　706 12.5.1　Translating Generic Expressions　708 12.5.2　Translating Generic Methods　708 12.5.3　Calling Legacy Code　711 12.6　Restrictions and Limitations　712 12.6.1　Type Parameters Cannot Be Instantiated with Primitive Types　712 12.6.2　Runtime Type Inquiry Only Works with Raw Types　712 12.6.3　You Cannot Create Arrays of Parameterized Types　713 12.6.4　Varargs Warnings　713 12.6.5　You Cannot Instantiate Type Variables　715 12.6.6　Type Variables Are Not Valid in Static Contexts of Generic Classes　717 12.6.7　You Cannot Throw or Catch Instances of a Generic Class　717 12.6.7.1　You Can Defeat Checked Exception Checking　718 12.6.8　Beware of Clashes after Erasure　720 12.7　Inheritance Rules for Generic Types　721 12.8　Wildcard Types　723 12.8.1　Supertype Bounds for Wildcards　725 12.8.2　Unbounded Wildcards　728 12.8.3　Wildcard Capture　728 12.9　Reflection and Generics　731 12.9.1　Using Class Parameters for Type Matching　732 12.9.2　Generic Type Information in the Virtual Machine　733 Chapter 13: Collections　741 13.1　Collection Interfaces　741 13.1.1　Separating Collection Interfaces and Implementation　742 13.1.2　Collection and Iterator Interfaces in the Java Library　745 13.1.2.1　Iterators　745 13.1.2.2　Removing Elements　748 13.1.2.3　Generic Utility Methods　748 13.2　Concrete Collections　751 13.2.1　Linked Lists　752 13.2.2　Array Lists　762 13.2.3　Hash Sets　763 13.2.4　Tree Sets　767 13.2.5　Object Comparison　768 13.2.6　Queues and Deques　774 13.2.7　Priority Queues　776 13.2.8　Maps　777 13.2.9　Specialized Set and Map Classes　782 13.2.9.1　Weak Hash Maps　782 13.2.9.2　Linked Hash Sets and Maps　783 13.2.9.3　Enumeration Sets and Maps　785 13.2.9.4　Identity Hash Maps　785 13.3　The Collections Framework　787 13.3.1　Views and Wrappers　792 13.3.1.1　Lightweight Collection Wrappers　793 13.3.1.2　Subranges　794 13.3.1.3　Unmodifiable Views　794 13.3.1.4　Synchronized Views　796 13.3.1.5　Checked Views　796 13.3.1.6　A Note on Optional Operations　797 13.3.2　Bulk Operations　799 13.3.3　Converting between Collections and Arrays　800 13.4　Algorithms　801 13.4.1　Sorting and Shuffling　802 13.4.2　Binary Search　805 13.4.3　Simple Algorithms　806 13.4.4　Writing Your Own Algorithms　808 13.5　Legacy Collections　810 13.5.1　The Hashtable Class　810 13.5.2　Enumerations　810 13.5.3　Property Maps　811 13.5.4　Stacks　812 13.5.5　Bit Sets　813 13.5.5.1　The “Sieve of Eratosthenes” Benchmark　814 Chapter 14: Multithreading　819 14.1　What Are Threads?　820 14.1.1　Using Threads to Give Other Tasks a Chance　827 14.2　Interrupting Threads　833 14.3　Thread States　836 14.3.1　New Threads　836 14.3.2　Runnable Threads　836 14.3.3　Blocked and Waiting Threads　837 14.3.4　Terminated Threads　839 14.4　Thread Properties　839 14.4.1　Thread Priorities　840 14.4.2　Daemon Threads　841 14.4.3　Handlers for Uncaught Exceptions　841 14.5　Synchronization　843 14.5.1　An Example of a Race Condition　843 14.5.2　The Race Condition Explained　848 14.5.3　Lock Objects　850 14.5.4　Condition Objects　854 14.5.5　The synchronized Keyword　859 14.5.6　Synchronized Blocks　864 14.5.7　The Monitor Concept　865 14.5.8　Volatile Fields　866 14.5.9　Final Variables　867 14.5.10　Atomics　868 14.5.11　Deadlocks　868 14.5.12　Thread-Local Variables　871 14.5.13　Lock Testing and Timeouts　873 14.5.14　Read/Write Locks　874 14.5.15　Why the stop and suspend Methods Are Deprecated　875 14.6　Blocking Queues　877 14.7　Thread-Safe Collections　886 14.7.1　Efficient Maps, Sets, and Queues　886 14.7.2　Copy on Write Arrays　888 14.7.3　Older Thread-Safe Collections　888 14.8　Callables and Futures　890 14.9　Executors　895 14.9.1　Thread Pools　896 14.9.2　Scheduled Execution　900 14.9.3　Controlling Groups of Tasks　901 14.9.4　The Fork-Join Framework　902 14.10　Synchronizers　905 14.10.1　Semaphores　906 14.10.2　Countdown Latches　907 14.10.3　Barriers　907 14.10.4　Exchangers　908 14.10.5　Synchronous Queues　908 14.11　Threads and Swing　909 14.11.1　Running Time-Consuming Tasks　910 14.11.2　Using the Swing Worker　915 14.11.3　The Single-Thread Rule　923 Appendix: Java Keywords　925 Index　929

Cay S. Horstmann 是Scala for the Impatient的作者，还与人合著了Core JavaServer Faces。他是圣何塞州立大学计算机科学专业的教授，还是一名Java Champion，并经常在很多开发者大会上演讲。 Gary Cornell 在编程方面拥有20多年的写作和教育经验。他是Apress的创始人之一，编写了很多与开发相关的畅销书，是Jolt大奖的获奖者之一，还荣获过Visual Basic Magazine的读者选择奖。

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  来源：豆瓣 发布时间：2025-05-04 12:03:16