java编程思想完整版
本电子书合适入门、深入级的学习者,叙说的比较详细,值得保藏。1.条件2.Java的学习3.方案4.联机文档5.章节6.操练7.多媒体CD-ROM8.源代码9.编码款式10.Java版本11.课程和培训12.错误13.封面设计14.称谢第1章目标入门1.1笼统的提升1.2目标的接口1.3实现方案的隐藏1.4方案的重复使用1.5承继:从头使用接口1.5.1改进基础类1.5.2等价和相似联系1.6多形目标的交换使用1.6.1动态绑定1.6.2笼统的基础类和接口1.7目标的创建和存在时间1.7.1调集与承继器1.7.2单根结构1.7.3调集库与方便使用调集1.7.4清除时的窘境:由谁担任清除?1.8违例控制:管理错误1.9多线程1.10永久性1.11Java和因特网1.11.1啥是Web?1.11.2客户端编程1.11.3服务器端编程1.11.4一个独立的领域:使用程序1.12分析和设计1.12.1不要迷失1.12.2期间0:拟出一个方案1.12.3期间1:要制作啥?1.12.4期间2:开始构建?1.12.5期间3:正式创建1.12.6期间4:校订1.12.7方案的回报1.13Java仍是C++?第2章一切都是目标2.1用句柄操作目标2.2有必要创建一切目标2.2.1保存在啥地方2.2.2特殊状况:主类型2.2.3Java中的数组2.3绝对不要清除目标2.3.1效果域2.3.2目标的效果域2.4新建数据类型:类2.4.1字段和方法2.5方法、自变量和回来值2.5.1自变量列表2.6构建Java程序2.6.1名称的可见性2.6.2使用别的组件2.6.3static关键词2.7我们的第一个Java程序2.8注释和嵌入文档2.8.1注释文档2.8.2详细语法2.8.3嵌入HTML2.8.4@see:引用别的类2.8.5类文档符号2.8.6变量文档符号2.8.7方法文档符号2.8.8文档示例2.9编码款式2.10总结2.11操练第3章控制程序过程3.1使用Java运算符3.1.1优先级3.1.2赋值3.1.3算术运算符3.1.4自动递加和递减3.1.5联系运算符3.1.6逻辑运算符3.1.7按位运算符3.1.8移位运算符3.1.9三元if-else运算符3.1.10逗号运算符3.1.11字串运算符+3.1.12运算符常规操作规则3.1.13外型运算符3.1.14Java没有“sizeof”3.1.15温习计算次序3.1.16运算符总结3.2履行控制3.2.1真和假3.2.2if-else3.2.3反复3.2.4do-while3.2.5for3.2.6中止和持续3.2.7切换3.3总结3.4操练第4章初始化和清除4.1由构建器保证初始化4.2方法过载4.2.1区别过载方法4.2.2主类型的过载4.2.3回来值过载4.2.4默认构建器4.2.5this关键词4.3清除:收尾和垃圾搜集4.3.1finalize()用处安在4.3.2有必要履行清除4.4成员初始化4.4.1规定初始化4.4.2构建器初始化4.5数组初始化4.5.1多维数组4.6总结4.7操练第5章隐藏施行进程5.1包:库单元5.1.1创建绝无仅有的包名5.1.2自定义工具库5.1.3使用导入改动行为5.1.4包的停用5.2Java访问指示符5.2.1“友爱的”5.2.2public:接口访问5.2.3private:不能触摸5.2.4protected:“友爱的一种”5.3接口与实现5.4类访问5.5总结5.6操练第6章类再生6.1组建的语法6.2承继的语法6.2.1初始化基础类6.3组建与承继的联系6.3.1保证准确的清除6.3.2名称的隐藏6.4究竟选择组建仍是承继6.5protected6.6递加开发6.7上溯外型6.7.1何谓“上溯外型”?6.8final关键词6.8.1final数据6.8.2final方法6.8.3final类6.8.4final的注意事项6.9初始化和类装载6.9.1承继初始化6.10总结6.11操练第7章多形性……第8章目标的包容……第9章违例差错控制……第10章JavaIO系统……第11章运行期类型鉴定……第12章传递和回来目标……第13章创建窗口和程序片……第14章多线程……第15章网络编程…………第16章设计范式……第17章项目……java编程思维(完整版).chm
(This e-book is suitable for introductory and in-depth learners. It is described in detail and is worth preserving. 1. Prerequisites 2. Java Learning 3. Scenarios 4. Online Documentation 5. Chapters 6. Exercises 7. Multimedia CD-ROM 8. Source Code 9. Coding Styles 10. Java Version 11. Courses and Training 12. Errors 13. Cover Design 14. Acknowledgments Chapter 1 Introduction to Objects 1.1 General Improvements 1.2 Interfaces to Objects 1.3 Hidden Implementation Schemes 1.4 Reuse of Schemes 1.5 Inheritance: Using Interfaces from Scratch 1.5.1 Improvement of Base Classes 1.5.2 Equivalence and Similarity Relations 1.6 Polymorphic Objects Exchange usage 1.6.1 Dynamic binding 1.6.2 General base classes and interfaces 1.7 Target creation and existence time 1.7.1 Calls and inheritors 1.7.2 Single root structure 1.7.3 Call libraries and convenience calls 1.7.4 The cleanup dilemma: who is responsible for cleanup? 1.8 Violation Control: Administrative Errors 1.9 Multithreading 1.10 Persistence 1.11 Java and the Internet 1.11.1 What is the Web? 1.11.2 Client-Side Programming 1.11.3 Server-Side Programming 1.11.4 A Standalone Domains: Use procedures 1.12 Analysis and design 1.12.1 Don't get lost 1.12.2 Period 0: Come up with a scheme 1.12.3 Period 1: What to make? 1.12.4 Period 2: Start building? 1.12.5 Period 3: Formal Create 1.12.6 Period 4: Revision 1.12.7 Program Returns 1.13 Java or C? Chapter 2 Everything is an Object 2.1 Manipulating Objects with Handles 2.2 It is necessary to create all objects : Main Type 2.2.3 Arrays in Java 2.3 Never Clear Target 2.3.1 Effect Domain 2.3.2 Target's Effect Domain 2.4 New Data Types: Classes 2.4.1 Fields and Methods 2.5 Methods, Arguments and Returns 2.5.1 Self Variable List 2.6 Building Java Programs 2.6.1 Visibility of Names 2.6.2 Using Other Components 2.6.3 Static Keywords 2.7 Our First Java Program 2.8 Commenting and Embedding Documents 2.8.1 Commenting Documents 2.8.2 Detailed Syntax 2.8. 3 Embedding HTML 2.8.4 @see: Referenced Classes 2.8.5 Class Documentation Notation 2.8.6 Variable Documentation Notation 2.8.7 Method Documentation Notation 2.8.8 Documentation Examples 2.9 Coding Styles 2.10 Summary 2.11 Exercises Chapter 3 Control Program Process 3.1 Use Java Operators 3.1.1 Precedence 3.1.2 Assignment 3.1.3 Arithmetic Operators 3.1.4 Automatic Increment and Decrement 3.1.5 Association Operators 3.1.6 Logical Operators 3.1.7 Bitwise Operators 3.1.8 Shifting Operator 3.1.9 Ternary if-else operator 3.1.10 Comma operator 3.1.11 String operator3.1.12 Operator general operation rules 3.1.13 Form operator 3.1.14 Java has no "sizeof" 3.1. 15 Review the order of computation 3.1.16 Operator summary 3.2 do-control 3.2.1 true and false 3.2.2 if-else 3.2.3 repeated 3.2.4 do-while 3.2.5for3.2.6 abort and last 3.2.7 toggle 3.3 summary 3.4 drills chapter 4 initialization and cleanup 4.1 guaranteed initialization by the builder 4.2 Method Overloading 4.2.1 Distinguishing Overloading Methods 4.2.2 Overloading of Main Types 4.2.3 Returning Value Overloading 4.2.4 Default Builder 4.2.5 this keyword 4.3 Cleanup: Finalize and Garbage Collection 4.3.1 finalize() Useful in 4.3.2 Necessary to perform cleanup 4.4 Member initialization 4.4.1 Specified initialization 4.4.2 Builder initialization 4.5 Array initialization 4.5.1 Multidimensional arrays 4.6 Summary 4.7 Exercises Chapter 5 Hiding the implementation process 5.1 Packages: library units 5.1.1 Creating unique package names 5.1 .2 Custom Tool Libraries 5.1.3 Using Imports to Change Behavior 5.1.4 Deactivation of Packages 5.2 Java Access Indicators 5.2.1 "Friendly" 5.2.2 public: Interface Access 5.2.3 Private: Can't Touch 5.2.4 Protected: "Friendly" 5.3 Interfaces and Implementations 5.4 Class Access 5.5 Summary 5.6 Exercises Chapter 6 Class Regeneration 6.1 Syntax of Formation 6.2 Grammar of Inheritance 6.2.1 Initialization of Base Classes 6.3 Connection of Formation and Inheritance 6.3.1 Ensuring Accurate Clearance 6.3.2 Hidden name 6.4 Whether to choose to form or to inherit 6.5protected6.6 Incremental development 6.7 Retrospective appearance 6.7.1 What is "traditional appearance"? 6.8final keyword 6.8.1final data 6.8.2final method 6.8.3final class 6.8.4final Notes on 6.9 Initialization and Class Loading 6.9.1 Inheritance Initialization 6.10 Summary 6.11 Drills Chapter 7 Polymorphism... Chapter 8 Containment of Objects... Chapter 9 Violation Error Control... Chapter 10 The JavaIO System... Chapter 11 Chapter Runtime Type Identification... Chapter 12 Passing and Returning Objects... Chapter 13 Creating Windows and Slices... Chapter 14 Multithreading... Chapter 15 Network Programming...... Chapter 16 Design Paradigms... Chapter 16 Chapter 17 Project...
java programming thinking (full version).chm)
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