Holdings: Thinking in Java :: THWS Bibkatalog

Thinking in Java: [the definitive introduction to object-oriented programming in the language of the world wide web]

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Bibliographic Details
Main Author:	Eckel, Bruce 1957- (Author)
Format:	Book
Language:	English
Published:	Upper Saddle River, NJ [u.a.] Prentice Hall 2006
Edition:	4. ed.
Subjects:	Java > Programmiersprache Objektorientierte Programmierung
Online Access:	Inhaltsverzeichnis Klappentext
Physical Description:	1482 S. Ill.
ISBN:	0131872486 9780131872486

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adam_text	What s Inside Preface Java SE5 and SE6 Java SE6 The Changes Note on the cover design Acknowledgements 2 3 3 ■4 ...6 7 Introduction Prerequisites Learning Java Goals Teaching from this book JDK HTML documentation Exercises Foundations for Java Source code Coding standards Errors 14 14 15 16 17 17 18 18 21 21 Introduction to Objects The progress of abstraction An object has an interface... An object provides services The hidden implementation Reusing the implementation Inheritance Is-a vs. is-like-a relationships Interchangeable objects with polymorphism The singly rooted hierarchy. Containers Parameterized types (Generics) Object creation Exception handling: dealing with errors Concurrent programming Java and the Internet What is the Web? Client-side programming Server-side programming Summary jEveryiftingJsjin Object You manipulate objects with references You must create all the objects Where storage lives Special case: primitive types Arrays in Java You never need to destroy an object Scoping Scope of Creating new data types: class Helds and Methods, arguments, and return values The argument list Building Name visibility Using other components The static keyword Your first Java program Compiling and running Comments and embedded documentation Comment documentation Syntax Embedded HTML Some example tags Documentation example Coding style Summary Exercises Operators Simpler print statements Using Java operators Precedence Assignment Aliasing during method calls Mathematical operators Unary minus and plus operators Auto increment and decrement Relational operators Testing object equivalence Logical operators Short-circuiting literals Exponential notation Bitwise operators Shift operators Ternary if-else operator String operator + Common pitfalls when using operators Casting operators Truncation and rounding Promotion Java has no sizeof* A compendium of operators Summary Controlling Execution true and false if-else Iteration do-while for The comma operator Foreach syntax return break and continue The infamous goto switch Summary Initialization Guaranteed initialization with the constructor Method overloading Distinguishing overloaded methods Overloading with primitives Overloading on return values Default constructors The this keyword Calling constructors from constructors The meaning of static Cleanup: finalization and garbage collection What is finalizeO for? You must perform cleanup The termination condition How a garbage collector works Member initialization Specifying initialization Constructor initialization...i85 Order of initialization static data initialization Explicit static initialization Non-static instance initialization Array initialization Variable argument lists Enumerated types Summary Access Control package: the library unit Code organization Creating unique package names A custom tool library Using imports to change behavior Package caveat Java access specifiers Package access public: interface access private: you can t touch that! protected: inheritance access.. Interface and implementation Class access Summary Reusing Classes Composition syntax Inheritance syntax Initializing the base class Delegation Combining composition and inheritance Guaranteeing proper cleanup Name hiding Choosing composition vs. inheritance protected Upcasting Why upcasting ? Composition vs. inheritance revisited The final keyword final data final methods final classes final caution Initialization and class loading Initialization with inheritance.... Summary Polymorphism Upcasting revisited Forgetting the object type The twist Method-call binding Producing the right behavior Extensibility Pitfall: overriding private methods Pitfall: fields and static methods Constructors and polymorphism Order of constructor calls Inheritance and cleanup Behavior of polymorphic methods inside constructors Covariant return types Designing with inheritance Substitution vs. extension Downcasting and runtime type information Summary Interfaces Abstract classes and methods Interfaces Complete decoupling Multiple inheritance in Java Extending an interface with inheritance Name collisions when combining interfaces Adapting to an interface Fields in interfaces Initializing fields in interfaces Nesting interfaces Interfaces and factories Summary Inner Classes Creating inner classes The link to the outer class Using .this and .new Inner classes and upcasting Inner classes in methods and scopes Anonymous inner classes Factory Method revisited Nested classes Classes inside interfaces Reaching outward from a multiply nested class Why inner classes? Closures Inner classes control frameworks Inheriting from inner classes Can inner classes be overridden? Local inner classes Inner-class identifiers Summary Holding Your Objects Generics and type-safe containers Basic concepts Adding groups of elements.... Printing containers list Iterator Iistlterator Linkedlist Stack Set Map Queue PriorityQueue Collection vs. Iterator Foreach and iterators The Adapter Method idiom Summary Error Handling with Exceptions Concepts Basic exceptions Exception arguments Catching an exception The try block. Exception handlers Creating your own exceptions Exceptions and logging The exception specification Catching any exception The stack trace Rethrowing an exception Exception chaining Standard Java exceptions Special case: RuntimeException Performing cleanup with finally What* Using finally during return Pitfall: the lost exception Exception restrictions Constructors Exception matching Alternative approaches History. Perspectives Passing exceptions to the console Converting checked to unchecked exceptions Exception guidelines Summary Strings Immutable Strings Overloading StringBuilder Unintended recursion Operations on Strings Formatting output printfO System.out.formatO The Formatter class Format specifiers Formatter conversions String.formatO Regular expressions Basics Creating regular expressions Quantifiers Pattern and Matcher splitO Replace operations resetO Regular expressions and Java I/O Scanning input Scanner delimiters Scanning with regular expressions StringTokenizer Summary Type Information The need for RTTI The Class object Class literals Generic class references New cast syntax Checking before a cast Using class literals A dynamic instanceof Counting recursively. Registered factories instanceof vs. Class equivalence Reflection: runtime class information A class method extractor Dynamic Null Mock Objects Interfaces and type information Summary Generics Comparison with Simple generics A tuple library A stack class Randomlist Generic interfaces Generic methods Leveraging type argument inference Varargs and generic methods A generic method to use with Generators A general-purpose Generator Simplifying tuple use A Set utility Anonymous inner classes Building complex models The mystery of erasure The Migration compatibility The problem with erasure The action at the boundaries Compensating for erasure Creating instances of types Arrays of generics Bounds Wildcards How smart is the compiler? Contravariance Unbounded wildcards Capture conversion Issues No primitives as type parameters Implementing parameterized interfaces Casting and warnings Overloading Base class hijacks an interface Self-bounded types Curiously-recurring generics Self-bounding Argument (»variance Dynamic type safety Exceptions Mixins Mbdns in Mixing with interfaces Using the Decorator pattern Mixins with dynamic proxies Latent typing Compensating for the lack of latent typing Reflection Applying a method to a sequence When you don t happen to have the right interface Simulating latent typing - Using function objects as strategies Summary: Is casting really so bad? Further reading Arrays Why arrays are special Arrays are first-class objects Returning an array Multidimensional arrays Arrays and generics Creating test data Arrays.fillO Data Generators Creating arrays from Generators Arrays utilities Copying an array Comparing arrays Array element comparisons Sorting an array Searching a sorted array Summary Containers in Depth Full container taxonomy.... Filling containers A Generator solution Map generators Using Abstract classes Collection functionality Optional operations Unsupported operations list functionality Sets and storage order SortedSet Queues Priority queues Deques Understanding Maps Performance SortedMap IinkedHashMap Hashing and hash codes Understanding hashCodeO Hashing for speed Overriding hashCodeO Choosing an implementation A performance test framework Choosing between lists MicrobenchmarMng dangers Choosing between Sets Choosing between Maps Utilities Sorting and searching lists Making a Collection or Map unmodiflable Synchronizing a Collection or Map Holding references TheWeakHashMap Java Vector Hashtable Stack BitSet Summary I/O The File class A directory lister Directory utilities Checking for and creating directories Input and output Types of InputStream Types of OutputStream Adding attributes and useful interfaces Reading from an InputStream with FilterlnputStream Writing to an OutputStream with FilterOutputStream Readers Sources and sinks of data Modifying stream behavior Unchanged classes Off by itself: RandomAccessFile Typical uses of I/O streams Buffered input file Input from memory Formatted memory input Basic file output Storing and recovering data Reading and writing random-access files Piped streams.. File reading & Reading binary files Standard I/O Reading from standard input Changing System.out to a PrintWriter Redirecting standard I/O Process control New I/O Converting data Fetching primitives View buffers Data manipulation with buffers Buffer details Memory-mapped files File locking Compression Simple compression with GZIP Multifile storage with Zip Java ARchives (JARs) Object serialization Finding the class Controlling serialization Using persistence XML Preferences Summary Enumerated Types Basic enum features Using static imports with enums Adding methods to an enum Overriding enum methods enums in switch statements The mystery ofvaluesO Implements, not inherits Random selection Using interfaces for organization Using EnumSet instead of flags Using EnumMap Constant-specific methods Giain of Responsibility with enums State machines with enums Multiple dispatching Dispatching with enums Using constant-specific methods Dispatching with EnumMaps Using a 2-D array Summary Annotations Basic syntax Defining annotations Meta-annotations Writing annotation processors Annotation Default value constraints Generating external files Annotations don t support inheritance Implementing the processor Using apt to process annotations Using the Visitor pattern with apt Annotation-based unit testing Using @Unit with generics No suites necessary Implementing @Unit Removing test code Summary Concurrency The many faces of concurrency Faster execution Improving code design Basic threading Defining tasks The Thread class Using Executor« Producing return values from tasks Sleeping Priority Yielding Daemon threads Coding variations Terminology Joining a thread Creating responsive user interfaces Thread groups Catching exceptions Sharing resources Improperly accessing resources Resolving shared resource contention Atomicity and volatility Atomic classes Critical sections Synchronizing on other objects Thread local storage Terminating tasks The ornamental garden Terminating when blocked Interruption Checking for an interrupt Cooperation between tasks waitO and notifyAllO notifyO vs. notifyAllO Producers and consumers Producer-consumers and queues Using pipes for I/O between tasks Deadlock New library components CountDownLatch CyclicBarrier DelayQueue PriorifyBlockiiigQueue The greenhouse controller with ScheduledExecutor Semaphore Exchanger... Simulation Bank teller simulation The restaurant simulation Distributing work Performance tuning Comparing mutex technologies Lock-free containers Optimistic locking ReadWriteLocks Active objects Summary Further reading Graphical User Interfaces Applets Swing basics A display framework Making a button Capturing an event Text areas Controlling layout BorderLayoiJt FlowLayout GridLayout GridBagLayout Absolute positioning BoxLayout The best approach? The Swing event model.... Event and listener types Tracking multiple events A selection of Swing components Buttons Icons Tool tips Text fields Borders A mini-editor Check boxes Radio buttons Combo boxes (drop-down lists) list boxes Tabbed panes Message boxes Menus Pop-up menus Drawing Dialog boxes File dialogs HTML on Swing components Sliders and progress bars Selecting look Trees, tables JNLPand Java Web Start Concurrency Ix>ng-running tasks Visual threading Visual programming and JavaBeans What is a JavaBean? Extracting Beanlnfo with the Introspector A more sophisticated Bean JavaBeans and synchronization ...................1412 More complex Bean support. More to Beans Alternatives to Swing Building Flash Web clients with Flex Hello, Hex Compiling MXML MXML and ActionScript Containers and controls Effects and styles Events Connecting to Java Data models and data binding Building and deploying Creating SWT applications Installing SWT Hello, SWT Eliminating redundant code Menus Tabbed panes, buttons, and events Graphics Concurrency in SWT SWT vs. Swing? Summary Resources A: Supplements ____1449 Downloadable supplements Thinking in C: Foundations for Java Thinking in Java seminar Hands-On Java seminar-on-CD Thinking in Objects seminar Thinking in Enterprise Java Thinking in Patterns (with Java) Thinking in Patterns seminar Design consulting and reviews B: Resources Software Editors Books Analysis Python My own list of books Index BRUCE 2003 Magazine Jolt Award for Best Book • 2003 Reader s Choice Award for Best Book Choice Award for Best Book JavaWorld for Best Book Development Magazine Productivity Award Developer s Journal Editor s Choree Award for Best Book Thinking in Java has earned raves from programmers worldwide for its extraordinary clarity, careful organization, and small, direct programming examples. From of Java syntax to its most advanced features, Thinking in simple step at a time. ^ The classic object-oriented introduction for beginners and experts alike, fuiy updated for Java SE5/6 with many new examples and chapters! § f examples throughout: Adapter, Bridge, Chain of Responsibiity, Command, Decorator, Facade, Factory Method, Flyweight, Iterator, Data Transfer Object, Nfuil Object, Proxy, Singleton, State, Strategy, Template Method, and Visitor. V Introduction to XML for data transfer; SWT, Flash for user interfaces. § you a solid grasp of threading fundamentals. f files, rewritten for this edition W Companion web site includes ad source code, annotated solution guide, weblog, and multimedia seminars. f demonstrates advanced topics, W Explains sound object-oriented principles. T Hands-On Java Seimw CD available online, with fuU multimedia seminar by Bruce Eckel. ■ See vmwMindVkw.neL
adam_txt	What's Inside Preface Java SE5 and SE6 Java SE6 The Changes Note on the cover design Acknowledgements 2 3 3 ■4 .6 7 Introduction Prerequisites Learning Java Goals Teaching from this book JDK HTML documentation Exercises Foundations for Java Source code Coding standards Errors 14 14 15 16 17 17 18 18 21 21 Introduction to Objects The progress of abstraction An object has an interface. An object provides services The hidden implementation Reusing the implementation Inheritance Is-a vs. is-like-a relationships Interchangeable objects with polymorphism The singly rooted hierarchy. Containers Parameterized types (Generics) Object creation Exception handling: dealing with errors Concurrent programming Java and the Internet What is the Web? Client-side programming Server-side programming Summary jEveryiftingJsjin Object You manipulate objects with references You must create all the objects Where storage lives Special case: primitive types Arrays in Java You never need to destroy an object Scoping Scope of Creating new data types: class Helds and Methods, arguments, and return values The argument list Building Name visibility Using other components The static keyword Your first Java program Compiling and running Comments and embedded documentation Comment documentation Syntax Embedded HTML Some example tags Documentation example Coding style Summary Exercises Operators Simpler print statements Using Java operators Precedence Assignment Aliasing during method calls Mathematical operators Unary minus and plus operators Auto increment and decrement Relational operators Testing object equivalence Logical operators Short-circuiting literals Exponential notation Bitwise operators Shift operators Ternary if-else operator String operator + Common pitfalls when using operators Casting operators Truncation and rounding Promotion Java has no "sizeof* A compendium of operators Summary Controlling Execution true and false if-else Iteration do-while for The comma operator Foreach syntax return break and continue The infamous "goto" switch Summary Initialization Guaranteed initialization with the constructor Method overloading Distinguishing overloaded methods Overloading with primitives Overloading on return values Default constructors The this keyword Calling constructors from constructors The meaning of static Cleanup: finalization and garbage collection What is finalizeO for? You must perform cleanup The termination condition How a garbage collector works Member initialization Specifying initialization Constructor initialization.i85 Order of initialization static data initialization Explicit static initialization Non-static instance initialization Array initialization Variable argument lists Enumerated types Summary Access Control package: the library unit Code organization Creating unique package names A custom tool library Using imports to change behavior Package caveat Java access specifiers Package access public: interface access private: you can't touch that! protected: inheritance access. Interface and implementation Class access Summary Reusing Classes Composition syntax Inheritance syntax Initializing the base class Delegation Combining composition and inheritance Guaranteeing proper cleanup Name hiding Choosing composition vs. inheritance protected Upcasting Why "upcasting"? Composition vs. inheritance revisited The final keyword final data final methods final classes final caution Initialization and class loading Initialization with inheritance. Summary Polymorphism Upcasting revisited Forgetting the object type The twist Method-call binding Producing the right behavior Extensibility Pitfall: "overriding" private methods Pitfall: fields and static methods Constructors and polymorphism Order of constructor calls Inheritance and cleanup Behavior of polymorphic methods inside constructors Covariant return types Designing with inheritance Substitution vs. extension Downcasting and runtime type information Summary Interfaces Abstract classes and methods Interfaces Complete decoupling "Multiple inheritance" in Java Extending an interface with inheritance Name collisions when combining interfaces Adapting to an interface Fields in interfaces Initializing fields in interfaces Nesting interfaces Interfaces and factories Summary Inner Classes Creating inner classes The link to the outer class Using .this and .new Inner classes and upcasting Inner classes in methods and scopes Anonymous inner classes Factory Method revisited Nested classes Classes inside interfaces Reaching outward from a multiply nested class Why inner classes? Closures Inner classes control frameworks Inheriting from inner classes Can inner classes be overridden? Local inner classes Inner-class identifiers Summary Holding Your Objects Generics and type-safe containers Basic concepts Adding groups of elements. Printing containers list Iterator Iistlterator Linkedlist Stack Set Map Queue PriorityQueue Collection vs. Iterator Foreach and iterators The Adapter Method idiom Summary Error Handling with Exceptions Concepts Basic exceptions Exception arguments Catching an exception The try block. Exception handlers Creating your own exceptions Exceptions and logging The exception specification Catching any exception The stack trace Rethrowing an exception Exception chaining Standard Java exceptions Special case: RuntimeException Performing cleanup with finally What* Using finally during return Pitfall: the lost exception Exception restrictions Constructors Exception matching Alternative approaches History. Perspectives Passing exceptions to the console Converting checked to unchecked exceptions Exception guidelines Summary Strings Immutable Strings Overloading StringBuilder Unintended recursion Operations on Strings Formatting output printfO System.out.formatO The Formatter class Format specifiers Formatter conversions String.formatO Regular expressions Basics Creating regular expressions Quantifiers Pattern and Matcher splitO Replace operations resetO Regular expressions and Java I/O Scanning input Scanner delimiters Scanning with regular expressions StringTokenizer Summary Type Information The need for RTTI The Class object Class literals Generic class references New cast syntax Checking before a cast Using class literals A dynamic instanceof Counting recursively. Registered factories instanceof vs. Class equivalence Reflection: runtime class information A class method extractor Dynamic Null Mock Objects Interfaces and type information Summary Generics Comparison with Simple generics A tuple library A stack class Randomlist Generic interfaces Generic methods Leveraging type argument inference Varargs and generic methods A generic method to use with Generators A general-purpose Generator Simplifying tuple use A Set utility Anonymous inner classes Building complex models The mystery of erasure The Migration compatibility The problem with erasure The action at the boundaries Compensating for erasure Creating instances of types Arrays of generics Bounds Wildcards How smart is the compiler? Contravariance Unbounded wildcards Capture conversion Issues No primitives as type parameters Implementing parameterized interfaces Casting and warnings Overloading Base class hijacks an interface Self-bounded types Curiously-recurring generics Self-bounding Argument (»variance Dynamic type safety Exceptions Mixins Mbdns in Mixing with interfaces Using the Decorator pattern Mixins with dynamic proxies Latent typing Compensating for the lack of latent typing Reflection Applying a method to a sequence When you don't happen to have the right interface Simulating latent typing - Using function objects as strategies Summary: Is casting really so bad? Further reading Arrays Why arrays are special Arrays are first-class objects Returning an array Multidimensional arrays Arrays and generics Creating test data Arrays.fillO Data Generators Creating arrays from Generators Arrays utilities Copying an array Comparing arrays Array element comparisons Sorting an array Searching a sorted array Summary Containers in Depth Full container taxonomy. Filling containers A Generator solution Map generators Using Abstract classes Collection functionality Optional operations Unsupported operations list functionality Sets and storage order SortedSet Queues Priority queues Deques Understanding Maps Performance SortedMap IinkedHashMap Hashing and hash codes Understanding hashCodeO Hashing for speed Overriding hashCodeO Choosing an implementation A performance test framework Choosing between lists MicrobenchmarMng dangers Choosing between Sets Choosing between Maps Utilities Sorting and searching lists Making a Collection or Map unmodiflable Synchronizing a Collection or Map Holding references TheWeakHashMap Java Vector Hashtable Stack BitSet Summary I/O The File class A directory lister Directory utilities Checking for and creating directories Input and output Types of InputStream Types of OutputStream Adding attributes and useful interfaces Reading from an InputStream with FilterlnputStream Writing to an OutputStream with FilterOutputStream Readers Sources and sinks of data Modifying stream behavior Unchanged classes Off by itself: RandomAccessFile Typical uses of I/O streams Buffered input file Input from memory Formatted memory input Basic file output Storing and recovering data Reading and writing random-access files Piped streams. File reading & Reading binary files Standard I/O Reading from standard input Changing System.out to a PrintWriter Redirecting standard I/O Process control New I/O Converting data Fetching primitives View buffers Data manipulation with buffers Buffer details Memory-mapped files File locking Compression Simple compression with GZIP Multifile storage with Zip Java ARchives (JARs) Object serialization Finding the class Controlling serialization Using persistence XML Preferences Summary Enumerated Types Basic enum features Using static imports with enums Adding methods to an enum Overriding enum methods enums in switch statements The mystery ofvaluesO Implements, not inherits Random selection Using interfaces for organization Using EnumSet instead of flags Using EnumMap Constant-specific methods Giain of Responsibility with enums State machines with enums Multiple dispatching Dispatching with enums Using constant-specific methods Dispatching with EnumMaps Using a 2-D array Summary Annotations Basic syntax Defining annotations Meta-annotations Writing annotation processors Annotation Default value constraints Generating external files Annotations don't support inheritance Implementing the processor Using apt to process annotations Using the Visitor pattern with apt Annotation-based unit testing Using @Unit with generics No "suites" necessary Implementing @Unit Removing test code Summary Concurrency The many faces of concurrency Faster execution Improving code design Basic threading Defining tasks The Thread class Using Executor« Producing return values from tasks Sleeping Priority Yielding Daemon threads Coding variations Terminology Joining a thread Creating responsive user interfaces Thread groups Catching exceptions Sharing resources Improperly accessing resources Resolving shared resource contention Atomicity and volatility Atomic classes Critical sections Synchronizing on other objects Thread local storage Terminating tasks The ornamental garden Terminating when blocked Interruption Checking for an interrupt Cooperation between tasks waitO and notifyAllO notifyO vs. notifyAllO Producers and consumers Producer-consumers and queues Using pipes for I/O between tasks Deadlock New library components CountDownLatch CyclicBarrier DelayQueue PriorifyBlockiiigQueue The greenhouse controller with ScheduledExecutor Semaphore Exchanger. Simulation Bank teller simulation The restaurant simulation Distributing work Performance tuning Comparing mutex technologies Lock-free containers Optimistic locking ReadWriteLocks Active objects Summary Further reading Graphical User Interfaces Applets Swing basics A display framework Making a button Capturing an event Text areas Controlling layout BorderLayoiJt FlowLayout GridLayout GridBagLayout Absolute positioning BoxLayout The best approach? The Swing event model. Event and listener types Tracking multiple events A selection of Swing components Buttons Icons Tool tips Text fields Borders A mini-editor Check boxes Radio buttons Combo boxes (drop-down lists) list boxes Tabbed panes Message boxes Menus Pop-up menus Drawing Dialog boxes File dialogs HTML on Swing components Sliders and progress bars Selecting look Trees, tables JNLPand Java Web Start Concurrency Ix>ng-running tasks Visual threading Visual programming and JavaBeans What is a JavaBean? Extracting Beanlnfo with the Introspector A more sophisticated Bean JavaBeans and synchronization .1412 More complex Bean support. More to Beans Alternatives to Swing Building Flash Web clients with Flex Hello, Hex Compiling MXML MXML and ActionScript Containers and controls Effects and styles Events Connecting to Java Data models and data binding Building and deploying Creating SWT applications Installing SWT Hello, SWT Eliminating redundant code Menus Tabbed panes, buttons, and events Graphics Concurrency in SWT SWT vs. Swing? Summary Resources A: Supplements _1449 Downloadable supplements Thinking in C: Foundations for Java Thinking in Java seminar Hands-On Java seminar-on-CD Thinking in Objects seminar Thinking in Enterprise Java Thinking in Patterns (with Java) Thinking in Patterns seminar Design consulting and reviews B: Resources Software Editors Books Analysis Python My own list of books Index BRUCE 2003 Magazine Jolt Award for Best Book • 2003 Reader's Choice Award for Best Book Choice Award for Best Book JavaWorld for Best Book Development Magazine Productivity Award Developer's Journal Editor's Choree Award for Best Book Thinking in Java has earned raves from programmers worldwide for its extraordinary clarity, careful organization, and small, direct programming examples. From of Java syntax to its most advanced features, Thinking in simple step at a time. ^ The classic object-oriented introduction for beginners and experts alike, fuiy updated for Java SE5/6 with many new examples and chapters! § f examples throughout: Adapter, Bridge, Chain of Responsibiity, Command, Decorator, Facade, Factory Method, Flyweight, Iterator, Data Transfer Object, Nfuil Object, Proxy, Singleton, State, Strategy, Template Method, and Visitor. V Introduction to XML for data transfer; SWT, Flash for user interfaces. §" you a solid grasp of threading fundamentals. f files, rewritten for this edition W Companion web site includes ad source code, annotated solution guide, weblog, and multimedia seminars. f demonstrates advanced topics, 'W Explains sound object-oriented principles. T Hands-On Java Seimw CD available online, with fuU multimedia seminar by Bruce Eckel. "■ See vmwMindVkw.neL
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id	DE-604.BV021289894
illustrated	Illustrated
index_date	2024-07-02T13:49:33Z
indexdate	2024-07-09T20:34:50Z
institution	BVB
isbn	0131872486 9780131872486
language	English
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-014610755
oclc_num	315240821
open_access_boolean
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physical	1482 S. Ill.
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spelling	Eckel, Bruce 1957- Verfasser (DE-588)112174876 aut Thinking in Java [the definitive introduction to object-oriented programming in the language of the world wide web] Bruce Eckel 4. ed. Upper Saddle River, NJ [u.a.] Prentice Hall 2006 1482 S. Ill. txt rdacontent n rdamedia nc rdacarrier Java Programmiersprache (DE-588)4401313-9 gnd rswk-swf Objektorientierte Programmierung (DE-588)4233947-9 gnd rswk-swf Java Programmiersprache (DE-588)4401313-9 s Objektorientierte Programmierung (DE-588)4233947-9 s DE-604 Digitalisierung UBPassau application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014610755&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis Digitalisierung UB Passau application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014610755&sequence=000002&line_number=0002&func_code=DB_RECORDS&service_type=MEDIA Klappentext
spellingShingle	Eckel, Bruce 1957- Thinking in Java [the definitive introduction to object-oriented programming in the language of the world wide web] Java Programmiersprache (DE-588)4401313-9 gnd Objektorientierte Programmierung (DE-588)4233947-9 gnd
subject_GND	(DE-588)4401313-9 (DE-588)4233947-9
title	Thinking in Java [the definitive introduction to object-oriented programming in the language of the world wide web]
title_auth	Thinking in Java [the definitive introduction to object-oriented programming in the language of the world wide web]
title_exact_search	Thinking in Java [the definitive introduction to object-oriented programming in the language of the world wide web]
title_exact_search_txtP	Thinking in Java [the definitive introduction to object-oriented programming in the language of the world wide web]
title_full	Thinking in Java [the definitive introduction to object-oriented programming in the language of the world wide web] Bruce Eckel
title_fullStr	Thinking in Java [the definitive introduction to object-oriented programming in the language of the world wide web] Bruce Eckel
title_full_unstemmed	Thinking in Java [the definitive introduction to object-oriented programming in the language of the world wide web] Bruce Eckel
title_short	Thinking in Java
title_sort	thinking in java the definitive introduction to object oriented programming in the language of the world wide web
title_sub	[the definitive introduction to object-oriented programming in the language of the world wide web]
topic	Java Programmiersprache (DE-588)4401313-9 gnd Objektorientierte Programmierung (DE-588)4233947-9 gnd
topic_facet	Java Programmiersprache Objektorientierte Programmierung
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014610755&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014610755&sequence=000002&line_number=0002&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT eckelbruce thinkinginjavathedefinitiveintroductiontoobjectorientedprogramminginthelanguageoftheworldwideweb

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