This manual provides a complete tutorial introduction to the GNU C and C++ compilers, gcc and g++. Many books teach the C and C++ languages, this book teaches you how to use the compiler itself. All the common problems and error messages encountered by new users of GCC are carefully explained, with numerous easy-to-follow "Hello World" examples. Topics covered include: compiling C and C++ programs using header files and libraries, warning options, use of the preprocessor, static and dynamic linking, debugging, optimization, platform-specific options, profiling and coverage testing, paths and environment variables, and the C++ standard library and templates. Features a special foreword by Richard M. Stallman, principal developer of GCC and founder of the GNU Project. All the money raised from the sale of this book will support the development of free software and documentation.

The Encyclopedia of Science, Technology, and Ethics has had multiple origins. It was when contributing an article on the philosophy of technology to the pioneering first edition of the Encyclopedia of Bioethics (1978), that I began to dream of a more general encyclopedic introduction to issues of technology and ethics. Inspired by the perspective of scholars as diverse as Jacques Ellul and Hans Jonas, bioethics appeared only part of a comprehensive need to grapple intellectually with the increasingly technological world in which we live. This idea was pursued in a state-of-the-field chapter on ‘‘Philosophy of Technology’’ in A Guide to the Culture of Science, Technology, and Medicine (1980) edited by one of my mentors, Paul T. Durbin. Thus when Stephen G.  Post, the editor of the third edition of the Encyclopedia of Bioethics (2004), suggested to Macmillan the idea of a more general ‘‘Encyclopedia of Technoethics,’’ with me as potential editor, I was primed to be enthusiastic—although I also argued that the field should now be expanded to include ethics in relation to both science and technology.

A high-school attraction to philosophy as critical reflection on how best to live had early morphed into the critical assessment of scientific technology. In contemporary historical circumstances, what has a more pervasive influence on the way we live than modern technology? My initial scholarly publications thus sought to make philosophy and technology studies a respected dimension of the academic world. Over the course of my curriculum vitae this concern further broadened to include science, technology, and society (STS) studies. Given the narrow specializations of professional philosophy, STS seemed better able to function as a home base for philosophy of technology. In fact, in the mid-1980s, George Bugliarello, George Schillinger, and I (all colleagues at Brooklyn Polytechnic University) made a proposal to Macmillan Reference for an Encyclopedia of Science, Technology, and Society.’’ That proposal was declined, but a version eventually found truncated expression in The Reader’s Adviser, 14th edition, vol. 5, The Best in Science, Technology, and Medicine (1994), co-edited with William F. Williams, a colleague at Pennsylvania State University, where I served for a period during the 1990s as director of the Science, Technology, and Society Program. Thus when the opportunity arose to edit an encyclopedia on science, technology, and ethics, I also wanted not to limit such a reference work to ethics in any narrow sense.

Other associations that broadened my perceptions in both philosophy and STS in ways that have found modest reflections here should also be mentioned. One was the collegiality of two professional associations, the Society for the Philosophy of Technology (founded 1980) and the Association for Practical and Professional Ethics (founded 1991), with members from both becoming contributors. Service as a member of the Committee on Scientific Freedom and Responsibility of the American Association for the Advancement of Science, 1994–2000, was one of the most professionally rewarding experiences of my career, and contributed its own perspective. Finally, the critical fellowship of Ivan Illich introduced me to friends and ideas with whom I might not always agree though they seldom failed to inspire.

Read the following statements:

• The earth is flat!

• The earth is the center of the universe!

• Men shall never fly!

• Java will never work properly on the mainframe!

All four statements had a lot of advocates for a long time, but all of them turned out to be wrong. Completely wrong.

In this IBM® Redbook we show how Java and DB2® for z/OS™ and OS/390® can work together and form a strong combination that can run your mission-critical enterprise applications. This publication focusses on the new IBM Universal Driver for SQLJ and JDBC, IBM's new JDBC driver implementation, supporting both Type 2 and Type 4 driver connectivity to the members of the DB2 family, including DB2 for z/OS, and DB2 for Linux, Unix and Windows.

This publication provides guidance on the different ways to set up your environment to hook a Java program up to a DB2 for z/OS subsystem, through JDBC or SQLJ, using the Type 2 driver and the Type 4 driver.

We provide an SQLJ tutorial, and demonstrate how to develop and deploy SQLJ programs using the new SQLJ support functions that became available with WebSphere® Studio Application Developer.

We demonstrate the use of Java and DB2 using native Java programs, as well as through the use of Servlets and JSPs running on a WebSphere Application Server.

The book provides new developments in data analysis and statistical multivariate methods, computational statistics and algorithms, including new topics which are of central interest to modern statistics. The reader will find advanced methodologies and computational methods which are very helpful to analyze real phenomena characterized by large data bases. Furthermore, the volume includes papers devoted to original and innovative applications of recent statistical theory and complex approaches of statistical data analysis.

One unforgettable story.1,000 unforgettable SAT vocabulary words.

Alexa McCurry leads an ordinary teenager's life in upstate New York—until she embarks on a summer adventure in Central America. While working at a potentially boring internship in a marine DNA lab, she befriends a local boy, José, and a remarkable dolphin, Pecas. Together, Alexa and José uncover an ominous secret: Pecas' missing baby may be a captive at a marine biology facility. In a riveting tale of intrigue, Alexa and José work to unravel the mystery—and lead the reader on a vocabulary-expanding adventure.

The Marino Mission is a fun and painless way to master 1,000 tough SAT vocabulary words. Why spend all day looking at lists of words and definitions when you can read a gripping page-turner that incorporates SAT vocabulary words right into the text? Even better, words are defined at the bottom of each page so you don't have to flip to the back of the book to find definitions. Plus, self-tests at the end of the novel help you retain what you learn and prepare for test day. Once you open up The Marino Mission, you'll hardly know you're studying at all!

About the Author

Karen B. Chapman, Ph.D., grew up in upstate New York and graduated from Cornell University with a B.S. in Biology. She received a Ph.D. in Molecular Biology and Genetics from John Hopkins University School of Medicine and went on to complete postdoctoral fellowships at both the Pasteur Institute in Paris and at Harvard Medical School. Currently, she resides in Northern California with her husband and four young children.

Learning the basics of a modeling technique is not the same as learning how to use and apply it. To develop a data model of an organization is to gain insights into its nature that do not come easily. Indeed, analysts are often expected to understand subtleties of an organization's structure that may have evaded people who have worked there for years.

Here's help for those analysts who have learned the basics of data modeling (or "entity/relationship modeling") but who need to obtain the insights required to prepare a good model of a real business.

Structures common to many types of business are analyzed in areas such as accounting, material requirements planning, process manufacturing, contracts, laboratories, and documents.