Title Details

Dana Moore is a division scientist with BBN Technologies and is an acknowledged expert in the fields of peer-to-peer and collaborative computing, software agent frameworks, and assistive environments. Prior to joining BBN, Dana was chief scientist for Roku Technologies and a distinguished member of technical staff at Bell Laboratories. Dana is a popular conference speaker and a university lecturer. He has written articles for numerous computing publications and coauthored the books Peer-to-Peer: Building Secure, Scalable, and Manageable Networks; Jabber Developer’s Handbook; and Rich Internet Applications. Dana holds a Master of Science degree from the University of Maryland and a Bachelor of Science degree in industrial design, also from the University of Maryland.

Raymond Budd is a software engineer with BBN Technologies. He has designed, developed, and supported a variety of web applications and other distributed systems in Java, Ruby, and Python. He has been published in several conference proceedings such as the Eighteenth National Conference on Artificial Intelligence and journals including Applied Intelligence. Additional areas of interest include knowledge representations, knowledge engineering, and distributed planning and scheduling. He received a Bachelor of Science degree in computer science from the University of Pittsburgh.

William Wright is a senior principal investigator with SPARTA, where he develops networking software for systems distributed across the globe. His interests include real-time embedded systems, software architecture for reuse, and software agent frameworks. A frequent conference speaker, William has also written for Dr. Dobb’s Journal, Java Developer’s Journal, and Embedded Systems Programming, among others. He coauthored the books Jabber Developer’s Handbook and Beginning Java Networking. William holds a Master of Science degree in computer science from George Mason University and a Bachelor of Music degree in education from Indiana University.

Acknowledgments.

Introduction.

Part I: Introduction to Python Frameworks.

Chapter 1: Web 2.0, Python, and Frameworks.

Chapter 2: Web 2.0 with Traditional Python.

Chapter 3: Introducing the Frameworks.

Part II: TurboGears.

Chapter 4: Introduction to TurboGears.

Chapter 5: User Identity and Visitor Tracking.

Chapter 6: Widgets.

Chapter 7: Advanced TurboGears Topics.

Part III: Django.

Chapter 8: Dblog: A Blog Implemented in Django.

Chapter 9: Django Views and Users.

Chapter 10: Advanced Django Topics: AJAX, RSS, and More.

Part IV: Advanced Client-Side Topics.

Chapter 11: MochiKit — Pythonic JavaScripting.

Chapter 12: Flash-Based Interfaces and TurboGears.

Appendix A: Tools Used.

Index.