M

m format suffix, Printf-Style Date and Time Formatting

M format suffix, Printf-Style Date and Time Formatting

Mac OS X, JDK Environment

macros, Simplify, Simplify, Simplify...

MAGENTA value, Static Members

magicbeans directory, The Dial Bean

magnitude, Floating-Point Components

main() method, The main() Method–The main() Method, Running Java Applications, Running Java Applications

Main-Class value, Making a JAR file runnable

MAIN_IMAGE identifier, MediaTracker

make utility, Simplify, Simplify, Simplify..., The Java Compiler, Compilation Units

MalformedURLException, The URL Class

Manager class, Java Media Framework

Manifest class, JAR manifests

MANIFEST.MF file, JAR manifests

mantissa, Floating-Point Components

Map interface, Enter Generics, Enter Generics, Concurrency Utilities, The Map Interface–ConcurrentMap, Java Collections implementations

map() method, Memory-mapped files

mapped files, Mapped and Locked Files

MappedByteBuffer class, Memory-mapped files

mapping servlet filters, Declaring and Mapping Filters–Declaring and Mapping Filters

mark() method, Buffered streams

markup languages, A Bit of Background

MaskFormatter class, Formatted Text

match attribute, XSL Basics, XSL Basics

Matcher class, Pattern–Replacing text

matches() method, String Method Summary, The Matcher

Math class, Static Methods, Math Utilities

math utilities, The java.lang.Math Class–The java.lang.Math Class, Big/Precise Numbers–Big/Precise Numbers, Floating-Point Components–Floating-Point Components, Random Numbers–Random Numbers

big/precise numbers, Big/Precise Numbers–Big/Precise Numbers

floating-point components, Floating-Point Components–Floating-Point Components

java.lang.Math class, The java.lang.Math Class–The java.lang.Math Class

random numbers, Random Numbers–Random Numbers

MatteBorder class, Borders

max() method, The java.lang.Math Class

McLaughlin, Brett, JDOM

MediaTracker class, The JScrollPane Class, MediaTracker–MediaTracker

MEDIUM constant, Parsing and Formatting with DateFormat

memory management, Dynamic Memory Management–Dynamic Memory Management

memory-mapped files, Memory-mapped files–Memory-mapped files

MemoryHandler class, Handlers

menu field, Desktop Colors

MenuBar class, HelloJava3: The Button Strikes!

menuCanceled() method, Event Summary

menuDeselected() method, Event Summary

menuDragMouse-Dragged() method, Event Summary

menuDragMouse-Entered() method, Event Summary

menuDragMouse-Exited() method, Event Summary

menuDragMouse-Released() method, Event Summary

MenuDragMouseEvent class, Event Summary

MenuEvent class, Event Summary

MenuKeyEvent class, Event Summary

menuKeyPressed() method, Event Summary

menuKeyReleased() method, Event Summary

menuKeyTyped() method, Event Summary

menus, Menus–Menus

menuSelected() method, Event Summary

menuText field, Desktop Colors

message digest, Glossary

MessageFormat class, Formatting with the java.text Package, MessageFormat–MessageFormat

META-INF directory, JAR manifests

metadata, Javadoc as metadata, Javadoc as metadata, Annotations

adding using annotations, Annotations

defined, Javadoc as metadata

javadoc as, Javadoc as metadata

metadata-complete attribute, Configuration with web.xml and Annotations

MetalLookAndFeel class, Pluggable Look-and-Feel

META_MASK modifier, Mouse and Key Modifiers on InputEvents

Method class, Reflection, Accessing Methods

methods, A Virtual Machine, Type Safety and Method Binding–Type Safety and Method Binding, Classes, The main() Method–The main() Method, The paintComponent() Method–The paintComponent() Method, The repaint() Method, Method Overloading–Method Overloading, Static Members, Our Color Methods–Our Color Methods, Statements, Method invocation, Local Variables, Shadowing–The “this” reference, Static Methods–Static Methods, Initializing Local Variables–Initializing Local Variables, Argument Passing and References–Argument Passing and References, Wrappers for Primitive Types–Wrappers for Primitive Types, Autoboxing and Unboxing of Primitives–Performance implications of boxing, Variable-Length Argument Lists–Variable-Length Argument Lists, Method Overloading–Method Overloading, @Override, Overridden methods and dynamic binding, Static method binding, final methods and performance, Compiler optimizations–Compiler optimizations, Method selection revisited, Method selection revisited, Exceptions and overridden methods–Exceptions and overridden methods, Return types and overridden methods–Return types and overridden methods, Abstract Methods and Classes–Abstract Methods and Classes, Basic Access Modifiers–Basic Access Modifiers, Subclasses and Visibility–Subclasses and Visibility, Interfaces and Visibility, Limitations on inner classes in methods–Limitations on inner classes in methods, Static inner classes–Static inner classes, Anonymous inner classes–Anonymous inner classes, Scoping of the “this” reference–Scoping of the “this” reference, How do inner classes really work?–How do inner classes really work?, Security implications–Security implications, Generic Methods Introduced–Generic Methods Introduced, Type Inference from Arguments–Type Inference from Arguments, Type Inference from Assignment Context–Type Inference from Assignment Context, Explicit Type Invocation, Wildcard Capture–Wildcard Capture, Wildcard Types Versus Generic Methods, Glossary, Glossary, Glossary

abstract, Abstract Methods and Classes–Abstract Methods and Classes

architecture-dependent, A Virtual Machine

argument passing and references, Argument Passing and References–Argument Passing and References

autoboxing and unboxing of primitives, Autoboxing and Unboxing of Primitives–Performance implications of boxing

binding, Type Safety and Method Binding–Type Safety and Method Binding

declaring, Statements

defined, Classes, Glossary

generic, Generic Methods Introduced–Generic Methods Introduced, Type Inference from Arguments–Type Inference from Arguments, Type Inference from Assignment Context–Type Inference from Assignment Context, Explicit Type Invocation, Wildcard Capture–Wildcard Capture, Wildcard Types Versus Generic Methods

explicit type invocation, Explicit Type Invocation

overview, Generic Methods Introduced–Generic Methods Introduced

type inference from arguments, Type Inference from Arguments–Type Inference from Arguments

type inference from assignment context, Type Inference from Assignment Context–Type Inference from Assignment Context

vs. wildcard types, Wildcard Types Versus Generic Methods

wildcard capture, Wildcard Capture–Wildcard Capture

in HelloJava application, The main() Method–The main() Method, The paintComponent() Method–The paintComponent() Method, The repaint() Method, Method Overloading–Method Overloading, Our Color Methods–Our Color Methods

color methods, Our Color Methods–Our Color Methods

main( ) method, The main() Method–The main() Method

overloading, Method Overloading–Method Overloading

paintComponent( ) method, The paintComponent() Method–The paintComponent() Method

repaint( ) method, The repaint() Method

initializing local variables, Initializing Local Variables–Initializing Local Variables

inner classes within, Limitations on inner classes in methods–Limitations on inner classes in methods, Static inner classes–Static inner classes, Anonymous inner classes–Anonymous inner classes, Scoping of the “this” reference–Scoping of the “this” reference, How do inner classes really work?–How do inner classes really work?, Security implications–Security implications

anonymous inner classes, Anonymous inner classes–Anonymous inner classes

limitations on, Limitations on inner classes in methods–Limitations on inner classes in methods

scoping of “this” reference, Scoping of the “this” reference–Scoping of the “this” reference

security implications, Security implications–Security implications

static inner classes, Static inner classes–Static inner classes

whether really work, How do inner classes really work?–How do inner classes really work?

invoking, Method invocation

local variables, Local Variables

method overloading, Method Overloading–Method Overloading

overloading, Glossary

overriding, @Override, Overridden methods and dynamic binding, Static method binding, final methods and performance, Compiler optimizations–Compiler optimizations, Method selection revisited, Exceptions and overridden methods–Exceptions and overridden methods, Return types and overridden methods–Return types and overridden methods, Glossary

@Override, @Override

and dynamic binding, Overridden methods and dynamic binding

compiler optimizations, Compiler optimizations–Compiler optimizations

defined, Glossary

exceptions and overridden methods, Exceptions and overridden methods–Exceptions and overridden methods

final methods and performance, final methods and performance

method selection, Method selection revisited

return types and overridden methods, Return types and overridden methods–Return types and overridden methods

static method binding, Static method binding

selection of, Method selection revisited

shadowing, Shadowing–The “this” reference

static, Static Members

static methods, Static Methods–Static Methods

variable-length argument lists, Variable-Length Argument Lists–Variable-Length Argument Lists

visibility of, Basic Access Modifiers–Basic Access Modifiers, Subclasses and Visibility–Subclasses and Visibility, Interfaces and Visibility

basic access modifiers, Basic Access Modifiers–Basic Access Modifiers

interfaces and, Interfaces and Visibility

subclasses and, Subclasses and Visibility–Subclasses and Visibility

wrappers for primitive types, Wrappers for Primitive Types–Wrappers for Primitive Types

Microsoft Windows, JDK Environment

MIDI files, Simple Audio

MILLISECOND identifier, Working with Calendars, The Spinner

MIME type, Getting the Content as an Object

min() method, The java.lang.Math Class

minus operator, Operators

MINUTE value, Working with Calendars, The Spinner

MissingResourceException, Resource Bundles

mkdir() method, File operations, File operations

mkdirs() method, File operations, File operations

mnemonics, Menus

model (MVC pattern), The MVC Framework

Modifier class, Modifiers and Security

modifiers, The paintComponent() Method, Glossary

Molecule bean, Molecular Motion

monitor and condition model, Threads

monitors, Synchronization

Monospaced font family, Using Fonts

Monson-Haefel, Richard, Enterprise JavaBeans and POJO-Based Enterprise Frameworks

MONTH identifier, Working with Calendars, The Spinner

mouse-wheel events, Mouse-wheel events

mouseClicked() method, Anonymous inner classes, Event Summary, Pop-Up Menus

mouseDragged() method, Events, Events, Event Summary, Limiting Drawing with Clipping

mouseEntered() method, Event Summary

MouseEvent class, Events, Components, Events, Event Summary

mouseExited() method, Event Summary

MouseInfo class, The AWT Robot!

MouseInputAdapter class, Anonymous inner classes

MouseListener interface, Event Receivers and Listener Interfaces

MouseMotionListener interface, Interfaces, More Events and Interfaces, Event Receivers and Listener Interfaces

mouseMoved() method, Events, Events, Event Summary

mousePressed() method, Event Summary, Dummy Adapters, Pop-Up Menus

mouseReleased() method, Event Summary, Pop-Up Menus

MouseWheelListener interface, Mouse-wheel events

move() method, NIO File Operations

MulticastSocket class, Sockets, Sockets

multidimensional arrays, Multidimensional Arrays–Multidimensional Arrays

multiplication operator, Operators

multiplicity (iteration), Iteration (multiplicity)–Iteration (multiplicity)

multiprocessor systems, Synchronization

multithreaded, Threads

MutableTreeNode class, Nodes and Models

MVC framework, The MVC Framework–The MVC Framework, Glossary

MVC pattern (controller), JSPs, The MVC Framework

MVC pattern (model), The MVC Framework

MVC pattern (view), The MVC Framework