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Java rules / Douglas Dunn.

By: Dunn, Douglas, 1958-.
Series: The developmentor series.Publisher: Boston, Mass. : Addison-Wesley, c2002Description: xxv, 690 p. ; 24 cm.ISBN: 0201709163.Subject(s): Java (Computer program language)DDC classification: 005.133
Contents:
5.15. The GregorianCalendar Class. 5.16. Date and Time Fields in the Calendar Class. 5.17. The TimeZone Class. 5.18. Understanding the Difference between il8n and i10n. 5.19. The Localization of Common Data Types. - Ch. 6 Arrays and The Collections Framework. 6.1.Introduction. 6.2. Array, Component, and Element Types. 6.3. Arrays. 6.4. A Bridge over Troubled Waters (the toArray Methods). 6.5. Untyped References versus Parameterized Types. 6.6. Time Complexities (or Big-O Notation). 6.7. The Equivalence Relationship and Elements. 6.8. Duplicate Elements. 6.9. The Collections Framework. 6.10. General-Purpose Implementations. 6.11. Special-Purpose Implementations. 6.12. Views. 6.13. Iterators. 6.14. Al-Khwarizmi Concerning the Hindu Art of Reckoning. 6.15. Utility Methods of Arrays and Other Collections. 6.16. Custom Implementations of the Core Collection Interfaces. 6.17. Multimaps and Multidimensional Arrays. 6.18. Legacy Containers. - Index.
Preface. - About This Book. - A Java Tradition. - Ch. 1. Lexical Structure. 1.1. Introduction. 1.2White Space. 1.3. Coments.1.4. Identifiers. 1.5. Keywords. 1.6. Literals. 1.7. Separators. 1.8. Operators. - Ch. 2. Compilation Units. 2.1. Introduction. 2.2. The Terminology of Class Body Declarations. 2.3. Anatomy of a Compilation Unit. 2.4. Package Declarations. 2.5. Import Declarations. 2.6. Type Declarations. 2.7. The Definition of Top-Level Classes. 2.8. Helper Classes are Not Fundamentally Different. 2.9. The Five Kinds of Classes and Interfaces. 2.10. Choosing Which Kind of Class to Use. 2.11. The Rationale for Containment and Inner Class Hierarchies. 2.12. Containment and Inner Class Hierarchies. - Ch. 3. The static Modifier, this, and super. 3.1. The static Modifier. 3.2. The Definition of static Context. 3.3. The this and super Keywords. 3.4. Practical Uses of the this and super Keywords. 3.5. Multiple Current Instances (a.k.a. Levels). - Ch. 4. Primitive Data Types and Object. 4.1. Introduction. 4.2. The Definition of Data Types. 4.3. Numeric Data Types. 4.4. The char Data Type. 4.5. The boolean Data Type. 4.6. The null Type. 4.7. The Number Class. 4.8. The java.math Package. 4.9. Currency Calculations. 4.10. Primitive Type Wrapper Classes. 4.11. The Object Class. 4.12. The Comparison Methods. - Ch. 5 Strings and Other Common Data Types. 5.1. Introduction. 5.2. Would-Be Mutator Methods. 5.3. The Length of a String or StringBuffer. 5.4. The Capacity of a StringBuffer. 5.5. String Indices. 5.6. Checked Exceptions in String and StringBuffer. 5.7. The String Class. 5.8. The StringBuffer Class. 5.9. Other String-Related Classes. 5.10. Lexical Analysis. 5.11. String Concatenation Operations. 5.12. Displaying Diagnostic Messages on the Console. 5.13.
Summary: ... Java Rules is a comprehensive reference for the application programmer who needs to master the intricacies of the Java programming language. Thoroughly describing the core of the Java programming language and the Java virtual machine (JVM), Jav Rules makes it possible for programmers to efficiently master the Java platform ... Based on the second editions of The Java Language Specification and The Java Virtual Machine Specification, Java Rules presents a subset of those specifications in a gentle tutorial style. From platform basics to APIs, this encyclopedic guidebook reveals every facet of the language - -including previously undocumented features. Throughout the book, practical tutorials are supported with official language documentation or with insights shared by respected leaders. The book's unique format and conversational style are ideally suited for experienced programmers seeking a short path to langage proficiency. - Back cover.
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5.15. The GregorianCalendar Class. 5.16. Date and Time Fields in the Calendar Class. 5.17. The TimeZone Class. 5.18. Understanding the Difference between il8n and i10n. 5.19. The Localization of Common Data Types. - Ch. 6 Arrays and The Collections Framework. 6.1.Introduction. 6.2. Array, Component, and Element Types. 6.3. Arrays. 6.4. A Bridge over Troubled Waters (the toArray Methods). 6.5. Untyped References versus Parameterized Types. 6.6. Time Complexities (or Big-O Notation). 6.7. The Equivalence Relationship and Elements. 6.8. Duplicate Elements. 6.9. The Collections Framework. 6.10. General-Purpose Implementations. 6.11. Special-Purpose Implementations. 6.12. Views. 6.13. Iterators. 6.14. Al-Khwarizmi Concerning the Hindu Art of Reckoning. 6.15. Utility Methods of Arrays and Other Collections. 6.16. Custom Implementations of the Core Collection Interfaces. 6.17. Multimaps and Multidimensional Arrays. 6.18. Legacy Containers. - Index.

Preface. - About This Book. - A Java Tradition. - Ch. 1. Lexical Structure. 1.1. Introduction. 1.2White Space. 1.3. Coments.1.4. Identifiers. 1.5. Keywords. 1.6. Literals. 1.7. Separators. 1.8. Operators. - Ch. 2. Compilation Units. 2.1. Introduction. 2.2. The Terminology of Class Body Declarations. 2.3. Anatomy of a Compilation Unit. 2.4. Package Declarations. 2.5. Import Declarations. 2.6. Type Declarations. 2.7. The Definition of Top-Level Classes. 2.8. Helper Classes are Not Fundamentally Different. 2.9. The Five Kinds of Classes and Interfaces. 2.10. Choosing Which Kind of Class to Use. 2.11. The Rationale for Containment and Inner Class Hierarchies. 2.12. Containment and Inner Class Hierarchies. - Ch. 3. The static Modifier, this, and super. 3.1. The static Modifier. 3.2. The Definition of static Context. 3.3. The this and super Keywords. 3.4. Practical Uses of the this and super Keywords. 3.5. Multiple Current Instances (a.k.a. Levels). - Ch. 4. Primitive Data Types and Object. 4.1. Introduction. 4.2. The Definition of Data Types. 4.3. Numeric Data Types. 4.4. The char Data Type. 4.5. The boolean Data Type. 4.6. The null Type. 4.7. The Number Class. 4.8. The java.math Package. 4.9. Currency Calculations. 4.10. Primitive Type Wrapper Classes. 4.11. The Object Class. 4.12. The Comparison Methods. - Ch. 5 Strings and Other Common Data Types. 5.1. Introduction. 5.2. Would-Be Mutator Methods. 5.3. The Length of a String or StringBuffer. 5.4. The Capacity of a StringBuffer. 5.5. String Indices. 5.6. Checked Exceptions in String and StringBuffer. 5.7. The String Class. 5.8. The StringBuffer Class. 5.9. Other String-Related Classes. 5.10. Lexical Analysis. 5.11. String Concatenation Operations. 5.12. Displaying Diagnostic Messages on the Console. 5.13.

... Java Rules is a comprehensive reference for the application programmer who needs to master the intricacies of the Java programming language. Thoroughly describing the core of the Java programming language and the Java virtual machine (JVM), Jav Rules makes it possible for programmers to efficiently master the Java platform ... Based on the second editions of The Java Language Specification and The Java Virtual Machine Specification, Java Rules presents a subset of those specifications in a gentle tutorial style. From platform basics to APIs, this encyclopedic guidebook reveals every facet of the language - -including previously undocumented features. Throughout the book, practical tutorials are supported with official language documentation or with insights shared by respected leaders. The book's unique format and conversational style are ideally suited for experienced programmers seeking a short path to langage proficiency. - Back cover.