Budd's introduction to Smalltalk programming and the Little Smalltalk interpreter focuses on elementary, rather than advanced topics of object-oriented programming. The Little Smalltalk system runs under the UNIX operating system and can be executed on conventional terminals.

A Little Smalltalk

Computers & Technology

Budd, Timothy

Programming

Addison-Wesley

Timothy Budd takes an exciting new approach to teaching data structures by incorporating the power of the Standard Template Library (STL). This book represents a reversal of the traditional presentation. Before concentrating on writing programs, Dr. Budd emphasizes how to use a standard abstraction. Working with this standard library, students will master the fundamentals of data structures and learn the power of C++, allowing them to carry their knowledge to later courses and into their careers. While the major topics have remained similar to the author's earlier book, Classic Data Structures in C++, the implementations have been completely revised. Since data structures are assumed to exist in the programming environment from the start, the presence of the STL permits reordering of topics within each chapter. Data Structures in C++ Using the STL. begins each new data structure by describing a typical use of the data structure. Dr. Budd then typically gives an overview of all the operations of the data structure, and only lastly presents an implementation. The implementations are, in most cases, simplified from the standard library versions. 
Highlights Teaches data structures in the context of the C++ Standard Template Library Instructs the use of analysis techniques with which to evaluate algorithms Provides examples of modern software engineering principles and techniques, including object-oriented programming Introduces the proper use of various features of the C++ programming language

Data Structures in C++: Using the Standard Template Library (STL)

Pearson

Timothy Budd, leading author, educator and researcher in the object-oriented programming community, provides a deep understanding of object-oriented programming and Java. Understanding Object-Oriented Programming with Java teaches readers why the Java language works the way it does, as opposed to many other books that focus on how Java works. Readers learn about the development decisions that went into making the Java language, and leave with a more sophisticated knowledge of Java and how it fits in the context of object-oriented programming. Throughout the text, the focus remains on teaching readers to master the necessary object-oriented programming concepts. Dr. Budd explains to the reader in clear and simple terms the fundamental principles of object-oriented programming, illustrating these principles with extensive examples from the Java standard library. In short, he thoughtfully created this book, not as a reference manual for the Java language, but as a tool for understanding Java and the object-oriented programming philosophy. Highlights: 
Provides several graduated example programs in Part II (i.e., cannon and pinball games) for readers to work through and successively learn object-oriented programming features. Includes extensive examples from the Java standard library so that readers can better understand the many design patterns found in the AWT, the multiple purposes for which inheritance is used in the standard classes, and more. Discusses features of Java in Part V that are important for students to understand, but not necessarily notable for their object-oriented features. Instructors have the flexibility to omit altogether, or introduce in parallel with earlier material.

Understanding Object-Oriented Programming With Java

Features *Teaches students why the Java language works the way it does, as opposed to simply how it works *NEW! Chapter on Network Programming *NEW! Chapter on Java 2 - the most recent version of Java *NEW! Material on pure polymorphism *NEW! Appendices on Java Operators, Java Escape Characters, Java API, and Java Syntax

Understanding Object-Oriented Programming With Java: Updated Edition (New Java 2 Coverage)

Computer Science

With this book, Tim Budd looks at data structures by providing a solid foundation on the abstract data type (ADT), and uses the graphical elements found in Java when possible. The beginning chapters provide the foundation on which everything else will be built. These chapters define the essential concept of the ADT, and describe the tools used in the evaluation and analysis of data structures. The book moves on to provide a detailed description of the two most important fundamental data abstractions--the vector and the linked list--providing an explanation of some of the more common variations on these fundamental ideas. Next, the material considers data structures applicable to problems in which the order that values are added to a collection is important, followed by a consideration of the various different ways in which binary trees are used in the creation of data structures. The last few chapters consider a sequence of more advanced data structures. This book presents Java data structures to programmers interested in following a graphical approach.

Classic Data Structures in Java

In An Introduction to Object-Oriented Programming, Timothy Budd provides a language-independent presentation of object-oriented principles, such as objects, methods, inheritance (including multiple inheritance) and polymorphism. Examples are drawn from several different languages, including (among others) C++, C#, Java, CLOS, Delphi, Eiffel, Objective-C and Smalltalk. By examining many languages, the reader is better able to appreciate the general principles that lie beyond the syntax of the individual languages. This new edition presents examples drawn from a wider range of languages, including Eiffel, CLOS, and Python in addition to the mainstream languages, as well as extensive comparisons between C++, C# and Java. Case studies explore the application of polymorphism in the STL in C++ and the AWT in Java. UML notation and diagrams are integrated and utilized throughout. The book also features advanced sections on design patterns, reflection and introspection, network programming, and the implementation of object-oriented languages. This book is appropriate for programmers looking to read about the theory behind and functionality of a variety of object-oriented programming languages. It is also useful as a reference.

Introduction to Object-Oriented Programming, An

Understanding Object-Oriented Programming with Java

Understanding Object-Oriented Programming with Java:Second Updated Edition for the Open University

Author and noted computer scientist Timothy Budd has been at the cutting edge of multiparadigm programming research. He has developed a single programming language--Leda-- which can be used to illustrate the benefits of four different programming paradigms. Using Leda, Budd shows in his new book how the unique features of each paradigm can be learned and applied simultaneously through one multiparadigm tool.

Multiparadigm Programming in Leda

In this new edition, Tim Budd examines the ideas of object-oriented design and software construction, presenting concepts of object-oriented analysis and programming in a language independent fashion.The book includes sections on inh eritance, static and dynamic binding, and the development of exciting new object-oriented languages such as Java, Beta, and CLOS.

An Introduction to Object-Oriented Programming

Presents the results of an investigation into the issues raised by the development of a compiler for APL, a very high level computer programming language. APL presents a number of novel problems for a compiler writer: weak variable typing, run time changes in variable shape, and a host of primitive operations. Through the integration of several recently developed compiler construction techniques, such as data flow analysis, and a novel and space efficient demand driven or lazy evaluation approach to code generation, the author has been able to produce a true compiler for the language while still maintaining the felxibility and ease that are the hallmarks of APL.

An APL Compiler

Springer

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