The inside story of how one of America's most beloved companies--Apple Computer--took off like a high-tech rocket--only to come crashing to Earth twenty years later. No company in modern times has been as successful at capturing the public's imagination as Apple Computer. From its humble beginnings in a suburban garage, Apple sparked the personal computer revolution, and its products and founders--Steve Jobs and Steve Wozniak--quickly became part of the American myth. But something happened to Apple as it stumbled toward a premature middle age. For ten years, it lived off its past glory and its extraordinary products. Then, almost overnight, it collapsed in a two-year free fall. How did Apple lose its way? Why did the world still care so deeply about a company that had lost its leadership position? Michael S. Malone, from the unique vantage point of having grown up with the company's founders, and having covered Apple and Silicon Valley for years, sets out to tell the gripping behind-the-scenes story--a story that is even zanier than the business world thought. In essence, Malone claims, with only a couple of incredible inventions (the Apple II and Macintosh), and backed by an arrogance matched only by its corporate ineptitude, Apple managed to create a multibillion-dollar house of cards. And, like a faulty program repeating itself in an infinite loop, Apple could never learn from its mistakes. The miracle was not that Apple went into free fall, but that it held up for so long. Within the pages of Infinite Loop, we discover a bruising portrait of the megalomaniacal Steve Jobs and an incompetent John Sculley, as well as the kind of political backstabbings, stupidmistakes, and overweening egos more typical of a soap opera than a corporate history. Infinite Loop is almost as wild and unpredictable, as exhilarating and gut-wrenching, as the story of Apple itself.

Argues that the key to understanding ourselves and consciousness is the "strange loop," a special kind of abstract feedback loop that inhabits the brain.

"Endless Loop" chronicles the complete history of the BASIC programming language--from its humble beginnings at Dartmouth College, to its widespread adoption and dominance in education, to its decline and subsequent modern rebirth.In the early morning hours of May 1, 1964, Dartmouth College birthed fraternal twins: BASIC, the Beginner's All-purpose Symbolic Instruction Code programming language, and, simultaneously, the Dartmouth Time-Sharing System (DTSS). It hadn't been an easy birth, and the gestation period was likewise difficult. BASIC was primarily the idea of one man, mathematics professor John Kemeny, a brilliant Hungarian mathematician who had once been an assistant to Albert Einstein, while the DTSS satisfied the vision of another, mathematics and statistics professor Thomas Kurtz, who had brought a democratizing spirit to Dartmouth's campus in the form of free computing for all.BASIC and DTSS caught on at Dartmouth quickly, with a vast majority of undergraduates (and faculty) making use of the computer system via teletypewriters only several years after its inception. But by the early 1970s, with the personal computer revolution fast approaching, Kemeny and Kurtz began to lose control over BASIC as it achieved widespread popularity outside of Dartmouth. The language was being adapted to run on a wide variety of computers, some much too short of memory to contain the full set of Dartmouth BASIC features. Most notably, Microsoft built its business on the back of ROM-based BASIC interpreters for a variety of microcomputers. Although the language was ubiquitous in schools by the early 1980s, it came under attack by such notables as computer scientist Edsger W. Dijkstra for its lack of structure as well as by Kemeny and Kurtz themselves, who viewed non-Dartmouth "Street BASIC" as blasphemous and saw it as their mission to right the ship through language standardization and the release of True BASIC. But by then it was too late: the era of BASIC's global dominance was over.In "Endless Loop," author Mark Jones Lorenzo documents the history and development of Dartmouth BASIC, True BASIC, Tiny BASIC, Microsoft BASIC--including Altair BASIC, Applesoft BASIC, Color BASIC, Commodore BASIC, TRS-80 Level II BASIC, TI BASIC, IBM BASICA/GW-BASIC, QuickBASIC/QBASIC, Visual Basic, and Small Basic--as well as 9845 BASIC, Atari BASIC, BBC BASIC, CBASIC, Locomotive BASIC, MacBASIC, QB64, Simons' BASIC, Sinclair BASIC, SuperBASIC, and Turbo Basic/PowerBASIC, among a number of other implementations.The ascendance of BASIC paralleled the emergence of the personal computer, so the story of BASIC is first and foremost a story--actually, many interlocking stories--about computers. But it is also a tale of talented people who built a language out of a set of primal ingredients: sweat, creativity, rivalry, jealousy, cooperation, and plain hard work, and then set the language loose in a world filled with unintended consequences. How those unintended consequences played out, leading to the demise of the most popular computer language the world has ever known, is the focus of "Endless Loop."

Regan O'Riley has just about given up hope that she will ever find a woman into shy, geeky programmers. She yearns for a connection, but can't seem to make the first move. Mel Raines knows all about making moves. After a childhood under the thumb of her alcoholic father, she avoids intimacy by drowning herself in fiery, fleeting encounters with strangers. When Regan and Mel meet in a straight bar, of all places, their chemistry is unmistakable. Before they can begin to explore their new relationship, Mel's world is rocked when a close friend is a victim in a shooting. Regan suggests they take a road trip to escape reality for a little while, and Mel is only too ready to shake things up. Together they embark upon a physical and emotional journey where they discover that breaking free of old habits may be the only way to change your life.

Harry Gensler engages the reader with the basics of logic through practical examples and important arguments in the history of philosophy and from contemporary philosophy.

With a variety of interactive learning features and user-friendly pedagogy, the Third Edition provides a comprehensive introduction to programming using the most current version of Java. Throughout the text the authors incorporate an "active learning approach" which asks students to take an active role in their understanding of the language through the use of numerous interactive examples, exercises, and projects. Object-oriented programming concepts are developed progressively and reinforced through numerous Programming Activities, allowing students to fully understand and implement both basic and sophisticated techniques. In response to students growing interest in animation and visualization the text includes techniques for producing graphical output and animations beginning in Chapter 4 with applets and continuing throughout the text. You will find Java Illuminated, Third Edition comprehensive and user-friendly. Students will find it exciting to delve into the world of programming with hands-on, real-world applications!New to the Third Edition:-Includes NEW examples and projects throughout-Every NEW copy of the text includes a CD-ROM with the following: *programming activity framework code*full example code from each chapter*browser-based modules with visual step-by-step demonstrations of code execution*links to popular integrated development environments and the Java Standard Edition JDK-Every new copy includes full student access to TuringsCraft Custome CodeLab. Customized to match the organization of this textbook, CodeLab provides over 300 short hands-on programming exercises with immediate feedback.Instructor Resources: Test Bank, PowerPoint Lecture Outlines, Solutions to Programming Activities in text, and Answers to the chapter exercisesAlso available:Java Illuminated: Brief Edition, Third Edition (ISBN-13: 978-1-4496-3202-1). This Brief Edition is suitable for the one-term introductory course.

What is this book about? Geared toward programmers with no prior development knowledge, Beginning AppleScript serves as a comprehensive guide to using AppleScript on the Mac OS X platform. This title introduces the reader to AppleScript, and then illustrates how to efficiently start writing scripts through sample programs as each concept is introduced. Exercises at the end of each chapter allow the reader to test and demonstrate their knowledge on how to write functional scripts. The appendices include a list of other resources for additional developer information, and a summary of the language suitable for reference.

The A to Z of Logic introduces the central concepts of the field in a series of brief, non-technical, cross-referenced dictionary entries. The 352 alphabetically arranged entries give a clear, basic introduction to a very broad range of logical topics. Entries can be found on deductive systems, such as propositional logic, modal logic, deontic logic, temporal logic, set theory, many-valued logic, mereology, and paraconsistent logic. Similarly, there are entries on topics relating to those previously mentioned such as negation, conditionals, truth tables, and proofs. Historical periods and figures are also covered, including ancient logic, medieval logic, Buddhist logic, Aristotle, Ockham, Boole, Frege, Russell, Gödel, and Quine. There are even entries relating logic to other areas and topics, like biology, computers, ethics, gender, God, psychology, metaphysics, abstract entities, algorithms, the ad hominem fallacy, inductive logic, informal logic, the liar paradox, metalogic, philosophy of logic, and software for learning logic. In addition to the dictionary, there is a substantial chronology listing the main events in the history of logic, an introduction that sketches the central ideas of logic and how it has evolved into what it is today, and an extensive bibliography of related readings. This book is not only useful for specialists but also understandable to students and other beginners in the field.