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• Author:Herbert Schild 

 Java: The Complete Reference
The Definitive Java Programming Guide Fully updated for Java SE 17, Java™: The Complete Reference, Twelfth Edition explains how to develop, compile, debug, and run Java programs. Best-selling programming author Herb Schildt covers the entire Java language, including its syntax, keywords, and fundamental programming principles. You’ll also find information on key portions of the Java API library, such as I/O, the Collections Framework, the stream library, and the concurrency utilities. Swing, JavaBeans, and servlets are examined, and numerous examples demonstrate Java in action. Of course, recent additions to the Java language, such as records, sealed classes, and switch expressions are discussed in detail. Best of all, the book is written in the clear, crisp, uncompromising style that has made Schildt the choice of millions worldwide. Coverage includes: Data types, variables, arrays, and operators Control statements Classes, objects, and methods Method overloading and overriding Inheritance Interfaces and packages Exception handling Multithreaded programming Enumerations, autoboxing, and annotations The I/O classes Generics Lambda expressions Modules Records Sealed classes Text blocks switch expressions Pattern matching with instanceof String handling The Collections Framework Networking Event handling AWT Swing The Concurrent API The Stream API Regular expressions JavaBeans Servlets Much, much more

Java The Complete Reference 12th Table of contents:

 Preface
For Further Study
Part I The Java Language
Chapter 1 The History and Evolution of Java
Java’s Lineage
The Birth of Modern Programming: C
C++: The Next Step
The Stage Is Set for Java
The Creation of Java
The C# Connection
How Java Impacted the Internet
Java Applets
Security
Portability
Java’s Magic: The Bytecode
Moving Beyond Applets
A Faster Release Schedule
Servlets: Java on the Server Side
The Java Buzzwords
Simple
Object-Oriented
Robust
Multithreaded
Architecture-Neutral
Interpreted and High Performance
Distributed
Dynamic
The Evolution of Java
A Culture of Innovation
Chapter 2 An Overview of Java
Object-Oriented Programming
Two Paradigms
Abstraction
The Three OOP Principles
A First Simple Program
Entering the Program
Compiling the Program
A Closer Look at the First Sample Program
A Second Short Program
Two Control Statements
The if Statement
The for Loop
Using Blocks of Code
Lexical Issues
Whitespace
Identifiers
Literals
Comments
Separators
The Java Keywords
The Java Class Libraries
Chapter 3 Data Types, Variables, and Arrays
Java Is a Strongly Typed Language
The Primitive Types
Integers
byte
short
int
long
Floating-Point Types
float
double
Characters
Booleans
A Closer Look at Literals
Integer Literals
Floating-Point Literals
Boolean Literals
Character Literals
String Literals
Variables
Declaring a Variable
Dynamic Initialization
The Scope and Lifetime of Variables
Type Conversion and Casting
Java’s Automatic Conversions
Casting Incompatible Types
Automatic Type Promotion in Expressions
The Type Promotion Rules
Arrays
One-Dimensional Arrays
Multidimensional Arrays
Alternative Array Declaration Syntax
Introducing Type Inference with Local Variables
Some var Restrictions
A Few Words About Strings
Chapter 4 Operators
Arithmetic Operators
The Basic Arithmetic Operators
The Modulus Operator
Arithmetic Compound Assignment Operators
Increment and Decrement
The Bitwise Operators
The Bitwise Logical Operators
The Left Shift
The Right Shift
The Unsigned Right Shift
Bitwise Operator Compound Assignments
Relational Operators
Boolean Logical Operators
Short-Circuit Logical Operators
The Assignment Operator
The ? Operator
Operator Precedence
Using Parentheses
Chapter 5 Control Statements
Java’s Selection Statements
if
The Traditional switch
Iteration Statements
while
do-while
for
The For-Each Version of the for Loop
Local Variable Type Inference in a for Loop
Nested Loops
Jump Statements
Using break
Using continue
return
Chapter 6 Introducing Classes
Class Fundamentals
The General Form of a Class
A Simple Class
Declaring Objects
A Closer Look at new
Assigning Object Reference Variables
Introducing Methods
Adding a Method to the Box Class
Returning a Value
Adding a Method That Takes Parameters
Constructors
Parameterized Constructors
The this Keyword
Instance Variable Hiding
Garbage Collection
A Stack Class
Chapter 7 A Closer Look at Methods and Classes
Overloading Methods
Overloading Constructors
Using Objects as Parameters
A Closer Look at Argument Passing
Returning Objects
Recursion
Introducing Access Control
Understanding static
Introducing final
Arrays Revisited
Introducing Nested and Inner Classes
Exploring the String Class
Using Command-Line Arguments
Varargs: Variable-Length Arguments
Overloading Vararg Methods
Varargs and Ambiguity
Local Variable Type Inference with Reference Types
Chapter 8 Inheritance
Inheritance Basics
Member Access and Inheritance
A More Practical Example
A Superclass Variable Can Reference a Subclass Object
Using super
Using super to Call Superclass Constructors
A Second Use for super
Creating a Multilevel Hierarchy
When Constructors Are Executed
Method Overriding
Dynamic Method Dispatch
Why Overridden Methods?
Applying Method Overriding
Using Abstract Classes
Using final with Inheritance
Using final to Prevent Overriding
Using final to Prevent Inheritance
Local Variable Type Inference and Inheritance
The Object Class
Chapter 9 Packages and Interfaces
Packages
Defining a Package
Finding Packages and CLASSPATH
A Short Package Example
Packages and Member Access
An Access Example
Importing Packages
Interfaces
Defining an Interface
Implementing Interfaces
Nested Interfaces
Applying Interfaces
Variables in Interfaces
Interfaces Can Be Extended
Default Interface Methods
Default Method Fundamentals
A More Practical Example
Multiple Inheritance Issues
Use static Methods in an Interface
Private Interface Methods
Final Thoughts on Packages and Interfaces
Chapter 10 Exception Handling
Exception-Handling Fundamentals
Exception Types
Uncaught Exceptions
Using try and catch
Displaying a Description of an Exception
Multiple catch Clauses
Nested try Statements
throw
throws
finally
Java’s Built-in Exceptions
Creating Your Own Exception Subclasses
Chained Exceptions
Three Additional Exception Features
Using Exceptions
Chapter 11 Multithreaded Programming
The Java Thread Model
Thread Priorities
Synchronization
Messaging
The Thread Class and the Runnable Interface
The Main Thread
Creating a Thread
Implementing Runnable
Extending Thread
Choosing an Approach
Creating Multiple Threads
Using isAlive( ) and join( )
Thread Priorities
Synchronization
Using Synchronized Methods
The synchronized Statement
Interthread Communication
Deadlock
Suspending, Resuming, and Stopping Threads
Obtaining a Thread’s State
Using a Factory Method to Create and Start a Thread
Using Multithreading
Chapter 12 Enumerations, Autoboxing, and Annotations
Enumerations
Enumeration Fundamentals
The values( ) and valueOf( ) Methods
Java Enumerations Are Class Types
Enumerations Inherit Enum
Another Enumeration Example
Type Wrappers
Character
Boolean
The Numeric Type Wrappers
Autoboxing
Autoboxing and Methods
Autoboxing/Unboxing Occurs in Expressions
Autoboxing/Unboxing Boolean and Character Values
Autoboxing/Unboxing Helps Prevent Errors
A Word of Warning
Annotations
Annotation Basics
Specifying a Retention Policy
Obtaining Annotations at Run Time by Use of Reflection
The AnnotatedElement Interface
Using Default Values
Marker Annotations
Single-Member Annotations
The Built-In Annotations
Type Annotations
Repeating Annotations
Some Restrictions
Chapter 13 I/O, Try-with-Resources, and Other Topics
I/O Basics
Streams
Byte Streams and Character Streams
The Predefined Streams
Reading Console Input
Reading Characters
Reading Strings
Writing Console Output
The PrintWriter Class
Reading and Writing Files
Automatically Closing a File
The transient and volatile Modifiers
Introducing instanceof
strictfp
Native Methods
Using assert
Assertion Enabling and Disabling Options
Static Import
Invoking Overloaded Constructors Through this( )
A Word About Value-Based Classes
Chapter 14 Generics
What Are Generics?
A Simple Generics Example
Generics Work Only with Reference Types
Generic Types Differ Based on Their Type Arguments
How Generics Improve Type Safety
A Generic Class with Two Type Parameters
The General Form of a Generic Class
Bounded Types
Using Wildcard Arguments
Bounded Wildcards
Creating a Generic Method
Generic Constructors
Generic Interfaces
Raw Types and Legacy Code
Generic Class Hierarchies
Using a Generic Superclass
A Generic Subclass
Run-Time Type Comparisons Within a Generic Hierarchy
Casting
Overriding Methods in a Generic Class
Type Inference with Generics
Local Variable Type Inference and Generics
Erasure
Bridge Methods
Ambiguity Errors
Some Generic Restrictions
Type Parameters Can’t Be Instantiated
Restrictions on Static Members
Generic Array Restrictions
Generic Exception Restriction
Chapter 15 Lambda Expressions
Introducing Lambda Expressions
Lambda Expression Fundamentals
Functional Interfaces
Some Lambda Expression Examples
Block Lambda Expressions
Generic Functional Interfaces
Passing Lambda Expressions as Arguments
Lambda Expressions and Exceptions
Lambda Expressions and Variable Capture
Method References
Method References to static Methods
Method References to Instance Methods
Method References with Generics
Constructor References
Predefined Functional Interfaces
Chapter 16 Modules
Module Basics
A Simple Module Example
Compile and Run the First Module Example
A Closer Look at requires and exports
java.base and the Platform Modules
Legacy Code and the Unnamed Module
Exporting to a Specific Module
Using requires transitive
Use Services
Service and Service Provider Basics
The Service-Based Keywords
A Module-Based Service Example
Module Graphs
Three Specialized Module Features
Open Modules
The opens Statement
requires static
Introducing jlink and Module JAR Files
Linking Files in an Exploded Directory
Linking Modular JAR Files
JMOD Files
A Brief Word About Layers and Automatic Modules
Final Thoughts on Modules
Chapter 17 Switch Expressions, Records, and Other Recently Added Features
Enhancements to switch
Use a List of case Constants
Introducing the switch Expression and the yield Statement
Introducing the Arrow in a case Statement
A Closer Look at the Arrow case
Another switch Expression Example
Text Blocks
Text Block Fundamentals
Understanding Leading Whitespace
Use Double Quotes in a Text Block
Escape Sequences in Text Blocks
Records
Record Basics
Create Record Constructors
Another Record Constructor Example
Create Record Getter Methods
Pattern Matching with instanceof
Pattern Variables in a Logical AND Expression
Pattern Matching in Other Statements
Sealed Classes and Interfaces
Sealed Classes
Sealed Interfaces
Future Directions
Part II The Java Library
Chapter 18 String Handling
The String Constructors
String Length
Special String Operations
String Literals
String Concatenation
String Concatenation with Other Data Types
String Conversion and toString( )
Character Extraction
charAt( )
getChars( )
getBytes( )
toCharArray( )
String Comparison
equals( ) and equalsIgnoreCase( )
regionMatches( )
startsWith( ) and endsWith( )
equals( ) Versus ==
compareTo( )
Searching Strings
Modifying a String
substring( )
concat( )
replace( )
trim( ) and strip( )
Data Conversion Using valueOf( )
Changing the Case of Characters Within a String
Joining Strings
Additional String Methods
StringBuffer
StringBuffer Constructors
length( ) and capacity( )
ensureCapacity( )
setLength( )
charAt( ) and setCharAt( )
getChars( )
append( )
insert( )
reverse( )
delete( ) and deleteCharAt( )
replace( )
substring( )
Additional StringBuffer Methods
StringBuilder
Chapter 19 Exploring java.lang
Primitive Type Wrappers
Number
Double and Float
Understanding isInfinite( ) and isNaN( )
Byte, Short, Integer, and Long
Character
Additions to Character for Unicode Code Point Support
Boolean
Void
Process
Runtime
Executing Other Programs
Runtime.Version
ProcessBuilder
System
Using currentTimeMillis( ) to Time Program Execution
Using arraycopy( )
Environment Properties
System.Logger and System.LoggerFinder
Object
Using clone( ) and the Cloneable Interface
Class
ClassLoader
Math
Trigonometric Functions
Exponential Functions
Rounding Functions
Miscellaneous Math Methods
StrictMath
Compiler
Thread, ThreadGroup, and Runnable
The Runnable Interface
Thread
ThreadGroup
ThreadLocal and InheritableThreadLocal
Package
Module
ModuleLayer
RuntimePermission
Throwable
SecurityManager
StackTraceElement
StackWalker and StackWalker.StackFrame
Enum
Record
ClassValue
The CharSequence Interface
The Comparable Interface
The Appendable Interface
The Iterable Interface
The Readable Interface
The AutoCloseable Interface
The Thread.UncaughtExceptionHandler Interface
The java.lang Subpackages
java.lang.annotation
java.lang.constant
java.lang.instrument
java.lang.invoke
java.lang.management
java.lang.module
java.lang.ref
java.lang.reflect
Chapter 20 java.util Part 1: The Collections Framework
Collections Overview
The Collection Interfaces
The Collection Interface
The List Interface
The Set Interface
The SortedSet Interface
The NavigableSet Interface
The Queue Interface
The Deque Interface
The Collection Classes
The ArrayList Class
The LinkedList Class
The HashSet Class
The LinkedHashSet Class
The TreeSet Class
The PriorityQueue Class
The ArrayDeque Class
The EnumSet Class
Accessing a Collection via an Iterator
Using an Iterator
The For-Each Alternative to Iterators
Spliterators
Storing User-Defined Classes in Collections
The RandomAccess Interface
Working with Maps
The Map Interfaces
The Map Classes
Comparators
Using a Comparator
The Collection Algorithms
Arrays
The Legacy Classes and Interfaces
The Enumeration Interface
Vector
Stack
Dictionary
Hashtable
Properties
Using store( ) and load( )
Parting Thoughts on Collections
Chapter 21 java.util Part 2: More Utility Classes
StringTokenizer
BitSet
Optional, OptionalDouble, OptionalInt, and OptionalLong
Date
Calendar
GregorianCalendar
TimeZone
SimpleTimeZone
Locale
Random
Timer and TimerTask
Currency
Formatter
The Formatter Constructors
The Formatter Methods
Formatting Basics
Formatting Strings and Characters
Formatting Numbers
Formatting Time and Date
The %n and %% Specifiers
Specifying a Minimum Field Width
Specifying Precision
Using the Format Flags
Justifying Output
The Space, +, 0, and ( Flags
The Comma Flag
The # Flag
The Uppercase Option
Using an Argument Index
Closing a Formatter
The Java printf( ) Connection
Scanner
The Scanner Constructors
Scanning Basics
Some Scanner Examples
Setting Delimiters
Other Scanner Features
The ResourceBundle, ListResourceBundle, and PropertyResourceBundle Classes
Miscellaneous Utility Classes and Interfaces
The java.util Subpackages
java.util.concurrent, java.util.concurrent.atomic, and java.util.concurrent.locks
java.util.function
java.util.jar
java.util.logging
java.util.prefs
java.util.random
java.util.regex
java.util.spi
java.util.stream
java.util.zip
Chapter 22 Input/Output: Exploring java.io
The I/O Classes and Interfaces
File
Directories
Using FilenameFilter
The listFiles( ) Alternative
Creating Directories
The AutoCloseable, Closeable, and Flushable Interfaces
I/O Exceptions
Two Ways to Close a Stream
The Stream Classes
The Byte Streams
InputStream
OutputStream
FileInputStream
FileOutputStream
ByteArrayInputStream
ByteArrayOutputStream
Filtered Byte Streams
Buffered Byte Streams
SequenceInputStream
PrintStream
DataOutputStream and DataInputStream
RandomAccessFile
The Character Streams
Reader
Writer
FileReader
FileWriter
CharArrayReader
CharArrayWriter
BufferedReader
BufferedWriter
PushbackReader
PrintWriter
The Console Class
Serialization
Serializable
Externalizable
ObjectOutput
ObjectOutputStream
ObjectInput
ObjectInputStream
A Serialization Example
Stream Benefits
Chapter 23 Exploring NIO
The NIO Classes
NIO Fundamentals
Buffers
Channels
Charsets and Selectors
Enhancements Added by NIO.2
The Path Interface
The Files Class
The Paths Class
The File Attribute Interfaces
The FileSystem, FileSystems, and FileStore Classes
Using the NIO System
Use NIO for Channel-Based I/O
Use NIO for Stream-Based I/O
Use NIO for Path and File System Operations
Chapter 24 Networking
Networking Basics
The java.net Networking Classes and Interfaces
InetAddress
Factory Methods
Instance Methods
Inet4Address and Inet6Address
TCP/IP Client Sockets
URL
URLConnection
HttpURLConnection
The URI Class
Cookies
TCP/IP Server Sockets
Datagrams
DatagramSocket
DatagramPacket
A Datagram Example
Introducing java.net.http
Three Key Elements
A Simple HTTP Client Example
Things to Explore in java.net.http
Chapter 25 Event Handling
Two Event Handling Mechanisms
The Delegation Event Model
Events
Event Sources
Event Listeners
Event Classes
The ActionEvent Class
The AdjustmentEvent Class
The ComponentEvent Class
The ContainerEvent Class
The FocusEvent Class
The InputEvent Class
The ItemEvent Class
The KeyEvent Class
The MouseEvent Class
The MouseWheelEvent Class
The TextEvent Class
The WindowEvent Class
Sources of Events
Event Listener Interfaces
The ActionListener Interface
The AdjustmentListener Interface
The ComponentListener Interface
The ContainerListener Interface
The FocusListener Interface
The ItemListener Interface
The KeyListener Interface
The MouseListener Interface
The MouseMotionListener Interface
The MouseWheelListener Interface
The TextListener Interface
The WindowFocusListener Interface
The WindowListener Interface
Using the Delegation Event Model
Some Key AWT GUI Concepts
Handling Mouse Events
Handling Keyboard Events
Adapter Classes
Inner Classes
Anonymous Inner Classes
Chapter 26 Introducing the AWT: Working with Windows, Graphics, and Text
AWT Classes
Window Fundamentals
Component
Container
Panel
Window
Frame
Canvas
Working with Frame Windows
Setting the Window’s Dimensions
Hiding and Showing a Window
Setting a Window’s Title
Closing a Frame Window
The paint( ) Method
Displaying a String
Setting the Foreground and Background Colors
Requesting Repainting
Creating a Frame-Based Application
Introducing Graphics
Drawing Lines
Drawing Rectangles
Drawing Ellipses and Circles
Drawing Arcs
Drawing Polygons
Demonstrating the Drawing Methods
Sizing Graphics
Working with Color
Color Methods
Setting the Current Graphics Color
A Color Demonstration Program
Setting the Paint Mode
Working with Fonts
Determining the Available Fonts
Creating and Selecting a Font
Obtaining Font Information
Managing Text Output Using FontMetrics
Chapter 27 Using AWT Controls, Layout Managers, and Menus
AWT Control Fundamentals
Adding and Removing Controls
Responding to Controls
The HeadlessException
Labels
Using Buttons
Handling Buttons
Applying Check Boxes
Handling Check Boxes
CheckboxGroup
Choice Controls
Handling Choice Lists
Using Lists
Handling Lists
Managing Scroll Bars
Handling Scroll Bars
Using a TextField
Handling a TextField
Using a TextArea
Understanding Layout Managers
FlowLayout
BorderLayout
Using Insets
GridLayout
CardLayout
GridBagLayout
Menu Bars and Menus
Dialog Boxes
A Word About Overriding paint( )
Chapter 28 Images
File Formats
Image Fundamentals: Creating, Loading, and Displaying
Creating an Image Object
Loading an Image
Displaying an Image
Double Buffering
ImageProducer
MemoryImageSource
ImageConsumer
PixelGrabber
ImageFilter
CropImageFilter
RGBImageFilter
Additional Imaging Classes
Chapter 29 The Concurrency Utilities
The Concurrent API Packages
java.util.concurrent
java.util.concurrent.atomic
java.util.concurrent.locks
Using Synchronization Objects
Semaphore
CountDownLatch
CyclicBarrier
Exchanger
Phaser
Using an Executor
A Simple Executor Example
Using Callable and Future
The TimeUnit Enumeration
The Concurrent Collections
Locks
Atomic Operations
Parallel Programming via the Fork/Join Framework
The Main Fork/Join Classes
The Divide-and-Conquer Strategy
A Simple First Fork/Join Example
Understanding the Impact of the Level of Parallelism
An Example that Uses RecursiveTask
Executing a Task Asynchronously
Cancelling a Task
Determining a Task’s Completion Status
Restarting a Task
Things to Explore
Some Fork/Join Tips
The Concurrency Utilities Versus Java’s Traditional Approach
Chapter 30 The Stream API
Stream Basics
Stream Interfaces
How to Obtain a Stream
A Simple Stream Example
Reduction Operations
Using Parallel Streams
Mapping
Collecting
Iterators and Streams
Use an Iterator with a Stream
Use Spliterator
More to Explore in the Stream API
Chapter 31 Regular Expressions and Other Packages
Regular Expression Processing
Pattern
Matcher
Regular Expression Syntax
Demonstrating Pattern Matching
Two Pattern-Matching Options
Exploring Regular Expressions
Reflection
Remote Method Invocation (RMI)
A Simple Client/Server Application Using RMI
Formatting Date and Time with java.text
DateFormat Class
SimpleDateFormat Class
The java.time Time and Date API
Time and Date Fundamentals
Formatting Date and Time
Parsing Date and Time Strings
Other Things to Explore in java.time
Part III Introducing GUI Programming with Swing
Chapter 32 Introducing Swing
The Origins of Swing
Swing Is Built on the AWT
Two Key Swing Features
Swing Components Are Lightweight
Swing Supports a Pluggable Look and Feel
The MVC Connection
Components and Containers
Components
Containers
The Top-Level Container Panes
The Swing Packages
A Simple Swing Application
Event Handling
Painting in Swing
Painting Fundamentals
Compute the Paintable Area
A Paint Example
Chapter 33 Exploring Swing
JLabel and ImageIcon
JTextField
The Swing Buttons
JButton
JToggleButton
Check Boxes
Radio Buttons
JTabbedPane
JScrollPane
JList
JComboBox
Trees
JTable
Chapter 34 Introducing Swing Menus
Menu Basics
An Overview of JMenuBar, JMenu, and JMenuItem
JMenuBar
JMenu
JMenuItem
Create a Main Menu
Add Mnemonics and Accelerators to Menu Items
Add Images and Tooltips to Menu Items
Use JRadioButtonMenuItem and JCheckBoxMenuItem
Create a Popup Menu
Create a Toolbar
Use Actions
Put the Entire MenuDemo Program Together
Continuing Your Exploration of Swing
Part IV Applying Java
Chapter 35 Java Beans
What Is a Java Bean?
Advantages of Beans
Introspection
Design Patterns for Properties
Design Patterns for Events
Methods and Design Patterns
Using the BeanInfo Interface
Bound and Constrained Properties
Persistence
Customizers
The JavaBeans API
Introspector
PropertyDescriptor
EventSetDescriptor
MethodDescriptor
A Bean Example
Chapter 36 Introducing Servlets
Background
The Life Cycle of a Servlet
Servlet Development Options
Using Tomcat
A Simple Servlet
Create and Compile the Servlet Source Code
Start Tomcat
Start a Web Browser and Request the Servlet
The Servlet API
The jakarta.servlet Package
The Servlet Interface
The ServletConfig Interface
The ServletContext Interface
The ServletRequest Interface
The ServletResponse Interface
The GenericServlet Class
The ServletInputStream Class
The ServletOutputStream Class
The Servlet Exception Classes
Reading Servlet Parameters
The jakarta.servlet.http Package
The HttpServletRequest Interface
The HttpServletResponse Interface
The HttpSession Interface
The Cookie Class
The HttpServlet Class
Handling HTTP Requests and Responses
Handling HTTP GET Requests
Handling HTTP POST Requests
Using Cookies
Session Tracking
Part V Appendixes
Appendix A Using Java’s Documentation Comments
The javadoc Tags
@author
{@code}
@deprecated
{@docRoot}
@exception
@hidden
{@index}
{@inheritDoc}
{@link}
{@linkplain}
{@literal}
@param
@provides
@return
@see
@serial
@serialData
@serialField
@since
{@summary}
{@systemProperty}
@throws
@uses
{@value}
@version
The General Form of a Documentation Comment
What javadoc Outputs
An Example that Uses Documentation Comments
Appendix B Introducing JShell
JShell Basics
List, Edit, and Rerun Code
Add a Method
Create a Class
Use an Interface
Evaluate Expressions and Use Built-in Variables
Importing Packages
Exceptions
Some More JShell Commands
Exploring JShell Further
Appendix C Compile and Run Simple Single-File Programs in One Step
Index

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