Java核心技术卷I：(第9版·英文版)

出版时间：2013-7-1  出版社：人民邮电出版社  作者：[美]Cay S. Horstmann,Gary Cornell  
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内容概要

《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。

作者简介

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。

书籍目录

ContentsPreface　vAcknowledgments　ixChapter 1: An Introduction to Java　11.1　Java As a Programming Platform　11.2　The Java “White Paper” Buzzwords　21.2.1　Simple　31.2.2　Object-Oriented　41.2.3　Network-Savvy　41.2.4　Robust　51.2.5　Secure　51.2.6　Architecture-Neutral　61.2.7　Portable　71.2.8　Interpreted　71.2.9　High-Performance　81.2.10　Multithreaded　81.2.11　Dynamic　81.3　Java Applets and the Internet　91.4　A Short History of Java　101.5　Common Misconceptions about Java　13Chapter 2: The Java Programming Environment　172.1　Installing the Java Development Kit　182.1.1　Downloading the JDK　182.1.2　Setting the Executable Path　202.1.3　Installing the Library Source and Documentation　222.1.4　Installing the Core Java Program Examples　232.1.5　Navigating the Java Directories　242.2　Choosing a Development Environment　242.3　Using the Command-Line Tools　252.3.1　Troubleshooting Hints　272.4　Using an Integrated Development Environment　282.4.1　Locating Compilation Errors　322.5　Running a Graphical Application　332.6　Building and Running Applets　36Chapter 3: Fundamental Programming Structures in Java　413.1　A Simple Java Program　423.2　Comments　453.3　Data Types　463.3.1　Integer Types　473.3.2　Floating-Point Types　483.3.3　The char Type　493.3.4　The boolean Type　513.4　Variables　523.4.1　Initializing Variables　533.4.2　Constants　543.5　Operators　553.5.1　Increment and Decrement Operators　563.5.2　Relational and boolean Operators　573.5.3　Bitwise Operators　583.5.4　Mathematical Functions and Constants　593.5.5　Conversions between Numeric Types　603.5.6　Casts　613.5.7　Parentheses and Operator Hierarchy　623.5.8　Enumerated Types　633.6　Strings　643.6.1　Substrings　643.6.2　Concatenation　643.6.3　Strings Are Immutable　653.6.4　Testing Strings for Equality　673.6.5　Empty and Null Strings　683.6.5　Code Points and Code Units　683.6.6　The String API　693.6.7　Reading the Online API Documentation　723.6.8　Building Strings　743.7　Input and Output　763.7.1　Reading Input　763.7.2　Formatting Output　793.7.3　File Input and Output　843.8　Control Flow　863.8.1　Block Scope　863.8.2　Conditional Statements　873.8.3　Loops　913.8.4　Determinate Loops　953.8.5　Multiple Selections—The switch Statement　993.8.6　Statements That Break Control Flow　1023.9　Big Numbers　1053.10　Arrays　1073.10.1　The “for each” Loop　1093.10.2　Array Initializers and Anonymous Arrays　1103.10.3　Array Copying　1113.10.4　Command-Line Parameters　1123.10.5　Array Sorting　1133.10.6　Multidimensional Arrays　1163.10.7　Ragged Arrays　120Chapter 4: Objects and Classes　1254.1　Introduction to Object-Oriented Programming　1264.1.1　Classes　1274.1.2　Objects　1284.1.3　Identifying Classes　1294.1.4　Relationships between Classes　1294.2　Using Predefined Classes　1324.2.1　Objects and Object Variables　1324.2.2　The GregorianCalendar Class of the Java Library　1364.2.3　Mutator and Accessor Methods　1384.3　Defining Your Own Classes　1454.3.1　An Employee Class　1454.3.2　Use of Multiple Source Files　1484.3.3　Dissecting the Employee Class　1494.3.4　First Steps with Constructors　1504.3.5　Implicit and Explicit Parameters　1524.3.6　Benefits of Encapsulation　1534.3.7　Class-Based Access Privileges　1564.3.8　Private Methods　1564.3.9　Final Instance Fields　1574.4　Static Fields and Methods　1574.4.1　Static Fields　1574.4.2　Static Constants　1584.4.3　Static Methods　1594.4.4　Factory Methods　1614.4.5　The main Method　1614.5　Method Parameters　1644.6　Object Construction　1714.6.1　Overloading　1714.6.2　Default Field Initialization　1724.6.3　The Constructor with No Arguments　1734.6.4　Explicit Field Initialization　1744.6.5　Parameter Names　1754.6.6　Calling Another Constructor　1764.6.7　Initialization Blocks　1764.6.8　Object Destruction and the finalize Method　1814.7　Packages　1824.7.1　Class Importation　1824.7.2　Static Imports　1844.7.3　Addition of a Class into a Package　1854.7.4　Package Scope　1884.8　The Class Path　1904.8.1　Setting the Class Path　1924.9　Documentation Comments　1934.9.1　Comment Insertion　1934.9.2　Class Comments　1944.9.3　Method Comments　1954.9.4　Field Comments　1964.9.5　General Comments　1964.9.6　Package and Overview Comments　1974.9.7　Comment Extraction　1984.10　Class Design Hints　199Chapter 5: Inheritance　2035.1　Classes, Superclasses, and Subclasses　2045.1.1　Inheritance Hierarchies　2125.1.2　Polymorphism　2135.1.3　Dynamic Binding　2145.1.4　Preventing Inheritance: Final Classes and Methods　2175.1.5　Casting　2185.1.6　Abstract Classes　2215.1.7　Protected Access　2275.2　Object: The Cosmic Superclass　2285.2.1　The equals Method　2285.2.2　Equality Testing and Inheritance　2305.2.3　The hashCode Method　2345.2.4　The toString Method　2365.3　Generic Array Lists　2435.3.1　Accessing Array List Elements　2465.3.2　Compatibility between Typed and Raw Array Lists　2495.4　Object Wrappers and Autoboxing　2515.5　Methods with a Variable Number of Parameters　2545.6　Enumeration Classes　2565.7　Reflection　2585.7.1　The Class Class　2595.7.2　A Primer on Catching Exceptions　2615.7.3　Using Reflection to Analyze the Capabilities of Classes　2635.7.4　Using Reflection to Analyze Objects at Runtime　2695.7.5　Using Reflection to Write Generic Array Code　2745.7.6　Invoking Arbitrary Methods　2785.8　Design Hints for Inheritance　282Chapter 6: Interfaces and Inner Classes　2856.1　Interfaces　2866.1.1　Properties of Interfaces　2926.1.2　Interfaces and Abstract Classes　2946.2　Object Cloning　2956.3　Interfaces and Callbacks　3026.4　Inner Classes　3056.4.1　Use of an Inner Class to Access Object State　3076.4.2　Special Syntax Rules for Inner Classes　3116.4.3　Are Inner Classes Useful? Actually Necessary? Secure?　3126.4.4　Local Inner Classes　3156.4.5　Accessing final Variables from Outer Methods　3156.4.6　Anonymous Inner Classes　3186.4.7　Static Inner Classes　3226.5　Proxies　3266.5.1　Properties of Proxy Classes　331Chapter 7: Graphics Programming　3337.1　Introducing Swing　3347.2　Creating a Frame　3397.3　Positioning a Frame　3427.3.1　Frame Properties　3457.3.2　Determining a Good Frame Size　3457.4　Displaying Information in a Component　3507.5　Working with 2D Shapes　3567.6　Using Color　3657.7　Using Special Fonts for Text　3697.8　Displaying Images　378Chapter 8: Event Handling　3838.1　Basics of Event Handling　3838.1.1　Example: Handling a Button Click　3868.1.2　Becoming Comfortable with Inner Classes　3918.1.3　Creating Listeners Containing a Single Method Call　3948.1.4　Example: Changing the Look-and-Feel　3958.1.5　Adapter Classes　3998.2　Actions　4038.3　Mouse Events　4118.4　The AWT Event Hierarchy　4198.4.1　Semantic and Low-Level Events　421Chapter 9: User Interface Components with Swing　4259.1　Swing and the Model-View-Controller Design Pattern　4269.1.1　Design Patterns　4269.1.2　The Model-View-Controller Pattern　4289.1.3　A Model-View-Controller Analysis of Swing Buttons　4329.2　Introduction to Layout Management　4339.2.1　Border Layout　4379.2.2　Grid Layout　4399.3　Text Input　4439.3.1　Text Fields　4449.3.2　Labels and Labeling Components　4469.3.3　Password Fields　4479.3.4　Text Areas　4489.3.5　Scroll Panes　4499.4　Choice Components　4529.4.1　Checkboxes　4529.4.2　Radio Buttons　4549.4.3　Borders　4589.4.4　Combo Boxes　4629.4.5　Sliders　4669.5　Menus　4739.5.1　Menu Building　4739.5.2　Icons in Menu Items　4769.5.3　Checkbox and Radio Button Menu Items　4779.5.4　Pop-Up Menus　4799.5.5　Keyboard Mnemonics and Accelerators　4809.5.6　Enabling and Disabling Menu Items　4839.5.7　Toolbars　4889.5.8　Tooltips　4909.6　Sophisticated Layout Management　4929.6.1　The Grid Bag Layout　4949.6.1.1　The gridx, gridy, gridwidth, and gridheight Parameters　4969.6.1.2　Weight Fields　4969.6.1.3　The fill and anchor Parameters　4979.6.1.4　Padding　4979.6.1.5　Alternative Method to Specify the gridx, gridy, idwidth,and gridheight Parameters　4979.6.1.6　A Helper Class to Tame the Grid Bag Constraints　4999.6.2　Group Layout　5059.6.3　Using No Layout Manager　5169.6.4　Custom Layout Managers　5169.6.5　Traversal Order　5219.7　Dialog Boxes　5229.7.1　Option Dialogs　5239.7.2　Creating Dialogs　5339.7.3　Data Exchange　5389.7.4　File Dialogs　5459.7.5　Color Choosers　557Chapter 10: Deploying Applications and Applets　56510.1　JAR Files　56610.1.1　The Manifest　56710.1.2　Executable JAR Files　56810.1.3　Resources　56910.1.4　Sealing　57310.2　Java Web Start　57410.2.1　The Sandbox　57810.2.2　Signed Code　57910.2.3　The JNLP API　58210.3　Applets　59110.3.1　A Simple Applet　59110.3.1.1　Converting Applications to Applets　59510.3.2　The applet HTML Tag and Its Attributes　59610.3.3　The object Tag　59910.3.4　Use of Parameters to Pass Information to Applets　60010.3.5　Accessing Image and Audio Files　60610.3.6　The Applet Context　60710.3.6.1　Inter-Applet Communication　60810.3.6.2　Displaying Items in the Browser　60910.4　Storage of Application Preferences　61010.4.1　Property Maps　61110.4.2　The Preferences API　616Chapter 11: Exceptions, Assertions, Logging, and Debugging　62511.1　Dealing with Errors　62611.1.1　The Classification of Exceptions　62811.1.2　Declaring Checked Exceptions　63011.1.3　How to Throw an Exception　63211.1.4　Creating Exception Classes　63411.2　Catching Exceptions　63511.2.1　Catching Multiple Exceptions　63711.2.2　Rethrowing and Chaining Exceptions　63911.2.3　The finally Clause　64011.2.4　The Try-with-Resources Statement　64411.2.5　Analyzing Stack Trace Elements　64611.3　Tips for Using Exceptions　64911.4　Using Assertions　65311.4.1　Assertion Enabling and Disabling　65411.4.2　Using Assertions for Parameter Checking　65511.4.3　Using Assertions for Documenting Assumptions　65611.5　Logging　65711.5.1　Basic Logging　65811.5.2　Advanced Logging　65811.5.3　Changing the Log Manager Configuration　66111.5.4　Localization　66211.5.5　Handlers　66311.5.6　Filters　66711.5.7　Formatters　66711.5.8　A Logging Recipe　66811.6　Debugging Tips　67711.7　Tips for Troubleshooting GUI Programs　68211.7.1　Letting the AWT Robot Do the Work　68611.8　Using a Debugger　690Chapter 12: Generic Programming　69712.1　Why Generic Programming?　69812.1.1　Who Wants to Be a Generic Programmer?　69912.2　Defining a Simple Generic Class　70012.3　Generic Methods　70212.4　Bounds for Type Variables　70412.5　Generic Code and the Virtual Machine　70612.5.1　Translating Generic Expressions　70812.5.2　Translating Generic Methods　70812.5.3　Calling Legacy Code　71112.6　Restrictions and Limitations　71212.6.1　Type Parameters Cannot Be Instantiated with Primitive Types　71212.6.2　Runtime Type Inquiry Only Works with Raw Types　71212.6.3　You Cannot Create Arrays of Parameterized Types　71312.6.4　Varargs Warnings　71312.6.5　You Cannot Instantiate Type Variables　71512.6.6　Type Variables Are Not Valid in Static Contexts of Generic Classes　71712.6.7　You Cannot Throw or Catch Instances of a Generic Class　71712.6.7.1　You Can Defeat Checked Exception Checking　71812.6.8　Beware of Clashes after Erasure　72012.7　Inheritance Rules for Generic Types　72112.8　Wildcard Types　72312.8.1　Supertype Bounds for Wildcards　72512.8.2　Unbounded Wildcards　72812.8.3　Wildcard Capture　72812.9　Reflection and Generics　73112.9.1　Using Class Parameters for Type Matching　73212.9.2　Generic Type Information in the Virtual Machine　733Chapter 13: Collections　74113.1　Collection Interfaces　74113.1.1　Separating Collection Interfaces and Implementation　74213.1.2　Collection and Iterator Interfaces in the Java Library　74513.1.2.1　Iterators　74513.1.2.2　Removing Elements　74813.1.2.3　Generic Utility Methods　74813.2　Concrete Collections　75113.2.1　Linked Lists　75213.2.2　Array Lists　76213.2.3　Hash Sets　76313.2.4　Tree Sets　76713.2.5　Object Comparison　76813.2.6　Queues and Deques　77413.2.7　Priority Queues　77613.2.8　Maps　77713.2.9　Specialized Set and Map Classes　78213.2.9.1　Weak Hash Maps　78213.2.9.2　Linked Hash Sets and Maps　78313.2.9.3　Enumeration Sets and Maps　78513.2.9.4　Identity Hash Maps　78513.3　The Collections Framework　78713.3.1　Views and Wrappers　79213.3.1.1　Lightweight Collection Wrappers　79313.3.1.2　Subranges　79413.3.1.3　Unmodifiable Views　79413.3.1.4　Synchronized Views　79613.3.1.5　Checked Views　79613.3.1.6　A Note on Optional Operations　79713.3.2　Bulk Operations　79913.3.3　Converting between Collections and Arrays　80013.4　Algorithms　80113.4.1　Sorting and Shuffling　80213.4.2　Binary Search　80513.4.3　Simple Algorithms　80613.4.4　Writing Your Own Algorithms　80813.5　Legacy Collections　81013.5.1　The Hashtable Class　81013.5.2　Enumerations　81013.5.3　Property Maps　81113.5.4　Stacks　81213.5.5　Bit Sets　81313.5.5.1　The “Sieve of Eratosthenes” Benchmark　814Chapter 14: Multithreading　81914.1　What Are Threads?　82014.1.1　Using Threads to Give Other Tasks a Chance　82714.2　Interrupting Threads　83314.3　Thread States　83614.3.1　New Threads　83614.3.2　Runnable Threads　83614.3.3　Blocked and Waiting Threads　83714.3.4　Terminated Threads　83914.4　Thread Properties　83914.4.1　Thread Priorities　84014.4.2　Daemon Threads　84114.4.3　Handlers for Uncaught Exceptions　84114.5　Synchronization　84314.5.1　An Example of a Race Condition　84314.5.2　The Race Condition Explained　84814.5.3　Lock Objects　85014.5.4　Condition Objects　85414.5.5　The synchronized Keyword　85914.5.6　Synchronized Blocks　86414.5.7　The Monitor Concept　86514.5.8　Volatile Fields　86614.5.9　Final Variables　86714.5.10　Atomics　86814.5.11　Deadlocks　86814.5.12　Thread-Local Variables　87114.5.13　Lock Testing and Timeouts　87314.5.14　Read/Write Locks　87414.5.15　Why the stop and suspend Methods Are Deprecated　87514.6　Blocking Queues　87714.7　Thread-Safe Collections　88614.7.1　Efficient Maps, Sets, and Queues　88614.7.2　Copy on Write Arrays　88814.7.3　Older Thread-Safe Collections　88814.8　Callables and Futures　89014.9　Executors　89514.9.1　Thread Pools　89614.9.2　Scheduled Execution　90014.9.3　Controlling Groups of Tasks　90114.9.4　The Fork-Join Framework　90214.10　Synchronizers　90514.10.1　Semaphores　90614.10.2　Countdown Latches　90714.10.3　Barriers　90714.10.4　Exchangers　90814.10.5　Synchronous Queues　90814.11　Threads and Swing　90914.11.1　Running Time-Consuming Tasks　91014.11.2　Using the Swing Worker　91514.11.3　The Single-Thread Rule　923Appendix: Java Keywords　925Index　929

编辑推荐

Java经典图书最新版，前一版曾获得第13届Jolt生产效率大奖。Java平台的权威指南，新版做了全面更新，体现了Java SE 7的变化，将对Java SE 7新特性的完整描述融入对Java基本概念的精辟阐述中。Java核心技术 卷I：基础知识(第9版·英文版)(上、下册)专为做实际项目的程序员编写，是一本真实可信、不偏不倚且简单直接的Java教程，书中使用了全面测试过的代码示例来阐述关键的Java语言与库的特性，体现了最佳的编程实践。 Java核心技术 卷I：基础知识(第9版·英文版)(上、下册)两位作者均是业内权威人物，有丰富的写作和实战经验。

用户评论 (总计7条)

•   这本书是有删减还是有部分内容漏印了？上册第200页没有第五条，第四条完了直接第六条了。
•   经典书，值得一看。同时提高了英文阅读能力
•   里面内容很多，讲的很详细。很多地方还特别讲解了和C++的区别。
•   书的印刷没的说，内容慢慢啃了
•   经典的书，等看完这本还打算买卷II。
•   书不错，适合系统学习，就是全英文，有些不容易理解，没有英文和C++功底慎购
•   讲的东西很详实，印刷都很棒，今年新版的书。对于初学JAVA的码农应该是很好的。