Java in a Nutshell. 8th Edition Benjamin J Evans, Jason Clark, David Flanagan

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Autorzy:: Benjamin J Evans, Jason Clark, David Flanagan
Wydawnictwo:: O'Reilly Media (Z chęcią przeczytam książkę w języku polskim)
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This updated edition of the Nutshell guide not only helps experienced Java programmers get the most out of versions through Java 17, it also serves as a learning path for new developers. Chock-full of examples that demonstrate how to take complete advantage of modern Java APIs and development best practices, this thoroughly revised book includes new material on recent enhancements to the Java object model that every developer should know about.

The first section provides a fast-paced, no-fluff introduction to the Java programming language and the core runtime aspects of the Java platform. The second section is a reference to core concepts and APIs that explains how to perform real programming work in the Java environment.

Get up to speed on language details through Java 17
Learn object-oriented programming using basic Java syntax
Explore generics, enumerations, annotations, and lambda expressions
Understand techniques used in object-oriented design
Examine how concurrency and memory are intertwined
Work with Java collections and handle common data formats
Delve into Java's latest I/O APIs including asynchronous channels
Become familiar with development tools in OpenJDK

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O autorach książki

Benjamin J. Evans — Java Champion, JavaOne Rockstar, współzałożyciel firmy jClarity, specjalista w zakresie oceny wydajności dla zespołów programistycznych i operacyjnych, prelegent zajmujący się tematyką platformy Java, wydajności i współbieżności.

Jason Clark jest głównym inżynierem i architektem w New Relic. Pracował z potokami przetwarzania danych JVM o petabajtowej skali.

David Flanagan od ćwierćwiecza programuje w JavaScripcie i pisze o tym języku. Jest doświadczonym inżynierem oprogramowania, pracuje w VMware. Mieszka z rodziną na północno-zachodnim wybrzeżu Stanów Zjednoczonych, gdzieś pomiędzy Seattle a kanadyjskim Vancouver.

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Szczegóły książki

ISBN Ebooka:: 978-10-981-3096-1, 9781098130961
Data wydania ebooka :: 2023-02-14 Data wydania ebooka często jest dniem wprowadzenia tytułu do sprzedaży i może nie być równoznaczna z datą wydania książki papierowej. Dodatkowe informacje możesz znaleźć w darmowym fragmencie. Jeśli masz wątpliwości skontaktuj się z nami sklep@helion.pl.
Język publikacji:: angielski
Rozmiar pliku ePub:: 2.2MB
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Kategorie:
Programowanie » Java - Programowanie

Spis treści książki

Foreword
Preface
- Changes in the Eighth Edition
- Contents of This Book
- Related Books
- Conventions Used in This Book
- Using Code Examples
- OReilly Online Learning
- How to Contact Us
- Acknowledgments
I. Introducing Java
1. Introduction to the Java Environment
- The Language, the JVM, and the Ecosystem
  - What Is the Java Language?
  - What Is the JVM?
  - What Is the Java Ecosystem?
  - The Lifecycle of a Java Program
  - Frequently Asked Questions
    - What is a virtual machine?
    - What is bytecode?
    - Is javac a compiler?
    - Why is it called bytecode?
    - Is bytecode optimized?
    - Is bytecode really machine independent? What about things like endianness?
    - Is Java an interpreted language?
    - Can other languages run on the JVM?
- Comparing Java to Other Languages
  - Java Compared to JavaScript
  - Java Compared to Python
  - Java Compared to C
  - Java Compared to C++
- Answering Some Criticisms of Java
  - Overly Verbose
  - Slow to Change
  - Performance Problems
  - Insecure
  - Too Corporate
- A Brief History of Java and the JVM
- Summary
2. Java Syntax from the Ground Up
- Java Programs from the Top Down
- Lexical Structure
  - The Unicode Character Set
  - Case Sensitivity and Whitespace
  - Comments
  - Reserved Words
  - Identifiers
  - Literals
  - Punctuation
- Primitive Data Types
  - The boolean Type
  - The char Type
    - String literals
  - Integer Types
  - Floating-Point Types
  - Primitive Type Conversions
- Expressions and Operators
  - Operator Summary
    - Precedence
    - Associativity
    - Operator summary table
    - Operand number and type
    - Return type
    - Side effects
    - Order of evaluation
  - Arithmetic Operators
  - String Concatenation Operator
  - Increment and Decrement Operators
  - Comparison Operators
  - Boolean Operators
  - Bitwise and Shift Operators
  - Assignment Operators
  - The Conditional Operator
  - The instanceof Operator
  - Special Operators
- Statements
  - Expression Statements
  - Compound Statements
  - The Empty Statement
  - Labeled Statements
  - Local Variable Declaration Statements
  - The if/else Statement
    - The else if clause
  - The switch Statement
  - The switch Expression
  - The while Statement
  - The do Statement
  - The for Statement
  - The foreach Statement
    - What foreach cannot do
  - The break Statement
  - The continue Statement
  - The return Statement
  - The synchronized Statement
  - The throw Statement
  - The try/catch/finally Statement
    - try
    - catch
    - finally
  - The try-with-resources Statement
  - The assert Statement
    - Enabling assertions
- Methods
  - Defining Methods
  - Method Modifiers
  - Checked and Unchecked Exceptions
    - Working with checked exceptions
  - Variable-Length Argument Lists
- Introduction to Classes and Objects
  - Defining a Class
  - Creating an Object
  - Using an Object
  - Object Literals
    - String literals
    - Type literals
    - The null reference
  - Lambda Expressions
- Arrays
  - Array Types
    - Array type widening conversions
    - C compatibility syntax
  - Creating and Initializing Arrays
    - Array initializers
  - Using Arrays
    - Accessing array elements
    - Array bounds
    - Iterating arrays
    - Copying arrays
    - Array utilities
  - Multidimensional Arrays
- Reference Types
  - Reference Versus Primitive Types
  - Manipulating Objects and Reference Copies
  - Comparing Objects
  - Boxing and Unboxing Conversions
- Packages and the Java Namespace
  - Package Declaration
  - Globally Unique Package Names
  - Importing Types
    - Naming conflicts and shadowing
  - Importing Static Members
    - Static member imports and overloaded methods
- Java Source File Structure
- Defining and Running Java Programs
- Summary
3. Object-Oriented Programming in Java
- Overview of Classes and Records
  - Basic OO Definitions
  - Records
  - Other Reference Types
  - Class Definition Syntax
- Fields and Methods
  - Field Declaration Syntax
  - Class Fields
  - Class Methods
  - Instance Fields
  - Instance Methods
  - How the this Reference Works
- Creating and Initializing Objects
  - Defining a Constructor
  - Defining Multiple Constructors
  - Invoking One Constructor from Another
  - Field Defaults and Initializers
    - Initializer blocks
  - Record Constructors
- Subclasses and Inheritance
  - Extending a Class
    - Final classes
  - Superclasses, Object, and the Class Hierarchy
  - Subclass Constructors
  - Constructor Chaining and the Default Constructor
    - The default constructor
  - Hiding Superclass Fields
  - Overriding Superclass Methods
    - Overriding is not hiding
    - Virtual method lookup
    - Invoking an overridden method
  - Sealed Classes
- Data Hiding and Encapsulation
  - Access Control
    - Access to modules
    - Access to packages
    - Access to classes
    - Access to members
    - Access control and inheritance
    - Member access summary
  - Data Accessor Methods
- Abstract Classes and Methods
  - Reference Type Conversions
- Modifier Summary
- Summary
4. The Java Type System
- Interfaces
  - Defining an Interface
  - Extending Interfaces
  - Implementing an Interface
  - Records and Interfaces
  - Sealed Interfaces
  - Default Methods
    - Backward compatibility
    - Implementation of default methods
  - Marker Interfaces
- Java Generics
  - Introduction to Generics
  - Generic Types and Type Parameters
  - Diamond Syntax
  - Type Erasure
  - Bounded Type Parameters
  - Introducing Covariance
  - Wildcards
    - Bounded wildcards
  - Generic Methods
  - Compile and Runtime Typing
  - Using and Designing Generic Types
- Enums and Annotations
  - Enums
  - Annotations
  - Defining Custom Annotations
  - Type Annotations
- Lambda Expressions
  - Lambda Expression Conversion
  - Method References
  - Functional Programming
  - Lexical Scoping and Local Variables
- Nested Types
  - Static Member Types
    - Features of static member types
  - Nonstatic Member Classes
    - Features of member classes
    - Syntax for member classes
  - Local Classes
    - Features of local classes
    - Scope of a local class
  - Anonymous Classes
- Describing the Java Type System
  - Nominal Typing
  - Nondenotable Types and var
- Summary
5. Introduction to Object-Oriented Design in Java
- Java Values
- Important Common Methods
  - toString()
  - equals()
  - hashCode()
  - Comparable::compareTo()
  - clone()
- Constants
- Working with Fields
- Field Inheritance and Accessors
- Singleton
- Factory Methods
- Builders
- Interfaces Versus Abstract Classes
- Do Default Methods Change Javas Inheritance Model?
- OOD Using Lambdas
  - Lambdas Versus Nested Classes
  - Lambdas Versus Method References
- OOD Using Sealed Types
- OOD Using Records
- Instance Methods or Class Methods?
  - A word about System.out.println()
- Composition Versus Inheritance
- Exceptions and Exception Handling
- Safe Java Programming
6. Javas Approach to Memory and Concurrency
- Basic Concepts of Java Memory Management
  - Memory Leaks in Java
  - Introducing Mark-and-Sweep
- How the JVM Optimizes Garbage Collection
  - Evacuation
  - Compaction
- The HotSpot Heap
  - G1
  - ParallelOld
  - Serial
  - Shenandoah
  - ZGC
- Finalization
  - Finalization Details
- Javas Support for Concurrency
  - Thread Lifecycle
  - Visibility and Mutability
    - Concurrent safety
  - Exclusion and Protecting State
  - volatile
  - Useful Methods of Thread
    - getId()
    - getPriority() and setPriority()
    - setName() and getName()
    - getState()
    - isAlive()
    - start()
    - interrupt()
    - join()
    - setDaemon()
    - setUncaughtExceptionHandler()
  - Deprecated Methods of Thread
    - stop()
    - suspend(), resume(), and countStackFrames()
    - destroy()
- Working with Threads
- Summary
II. Working with the Java Platform
7. Programming and Documentation Conventions
- Naming and Capitalization Conventions
- Practical Naming
- Java Documentation Comments
  - Structure of a Doc Comment
  - Doc-Comment Tags
  - Inline Doc-Comment Tags
  - Cross-References in Doc Comments
  - Doc Comments for Packages
- Doclets
- Conventions for Portable Programs
- Summary
8. Working with Java Collections
- Introduction to Collections API
  - The Collection Interface
  - The Set Interface
  - The List Interface
    - Foreach loops and iteration
    - Random access to Lists
  - The Map Interface
  - The Queue and BlockingQueue Interfaces
  - Adding Elements to Queues
  - Removing Elements from Queues
    - Querying
  - Utility Methods
    - Special-case collections
  - Arrays and Helper Methods
- Java Streams and Lambda Expressions
  - Functional Approaches
    - Filter
    - Map
    - forEach
    - Reduce
  - The Streams API
    - Lazy evaluation
    - Further filtering
    - Matching in streams
    - Flattening
    - From Streams to Collections
    - From Streams to values
    - Streams utility default methods
- Summary
9. Handling Common Data Formats
- Text
  - Special Syntax for Strings
    - String literals
    - toString()
    - String concatenation
  - String Immutability
    - Hash codes and effective immutability
  - String Formatting
  - Regular Expressions
- Numbers and Math
  - How Java Represents Integer Types
  - Java and Floating-Point Numbers
    - BigDecimal
  - Javas Standard Library of Mathematical Functions
- Date and Time
  - Introducing the Java 8 Date and Time API
    - The parts of a timestamp
    - Example
  - Queries
  - Adjusters
  - Timezones
  - Legacy Date and Time
- Summary
10. File Handling and I/O
- Classic Java I/O
  - Files
  - I/O Streams
  - Readers and Writers
  - try-with-resources Revisited
  - Problems with Classic I/O
- Modern Java I/O
  - Files
  - Path
- NIO Channels and Buffers
  - ByteBuffer
  - Mapped Byte Buffers
- Async I/O
  - Future-Based Style
  - Callback-Based Style
  - Watch Services and Directory Searching
- Networking
  - HTTP
  - TCP
  - IP
- Summary
11. Classloading, Reflection, and Method Handles
- Class Files, Class Objects, and Metadata
  - Examples of Class Objects
  - Class Objects and Metadata
- Phases of Classloading
  - Loading
  - Verification
  - Preparation and Resolution
  - Initialization
- Secure Programming and Classloading
- Applied Classloading
  - Classloader Hierarchy
    - Bootstrap classloader
    - Platform classloader
    - Application classloader
    - Custom classloader
- Reflection
  - When to Use Reflection
  - How to Use Reflection
    - Method objects
    - Creating instances with Reflection
    - Problems with Reflection
  - Dynamic Proxies
- Method Handles
  - MethodType
  - Method Lookup
  - Invoking Method Handles
12. Java Platform Modules
- Why Modules?
  - Modularizing the JDK
- Writing Your Own Modules
  - Basic Modules Syntax
  - Building a Simple Modular Application
  - The Module Path
  - Automatic Modules
  - Open Modules
  - Providing Services
  - Multi-Release JARs
  - Converting to a Multi-Release JAR
  - Migrating to Modules
  - Custom Runtime Images
- Issues with Modules
  - Unsafe and Related Problems
  - Lack of Versioning
  - Slow Adoption Rates
- Summary
13. Platform Tools
- Command-Line Tools
- Introduction to JShell
- Introduction to Java Flight Recorder (JFR)
- Summary
A. Beyond Java 17
- Long-Term JDK Projects
  - Amber
- Java 18
  - Panama
- Java 19
  - Loom
- Future Java
  - Valhalla
  - Cloud-Native Java
Index