In addition, the following appendixes conclude this book: 

GLYPH<SM590000> For more information about feature codes and requests for price quotation (RPQ), see Appendix A, “Feature codes and requests for price quotation” on page 805, which lists all of the available features for the IBM TS7700. 

GLYPH<SM590000> For more information about implementation with various IBM systems, such as IBM z/VMfi, IBM z/VSEfi, the IBM TPF Operations Server, and IBM z/Transaction Processing Facility (IBM z/TPF), see Appendix B, “IBM TS7700 implementation for IBM z/VM, IBM z/VSE, and IBM z/TPF environments” on page 811. This appendix gives a short overview and scheme for the IBM TS7700 implementation. 

GLYPH<SM590000> For more information about job entry subsystem 3 (JES3), an operating system component, see Appendix C, “JES3 examples and information” on page 829. This appendix provides more information to assist you if you are running an IBM z/OSfi system with JES3. 

GLYPH<SM590000> For more information about the layout of a new command that can be helpful with the IBM TS7700 configuration in z/OS, see Appendix D, “DEVSERV QL IB command” on page 849. 

GLYPH<SM590000> For more information about job control language, see Appendix E, “Sample job control language” on page 853, which gives you examples of jobs that are needed for installation and operational tasks. 

GLYPH<SM590000> For more information about categories, see Appendix F, “Library Manager volume categories” on page 877, which gives you a full lis t of all category codes that are used in both the IBM TS7700 and the IBM 3494 VTS. 

GLYPH<SM590000> For more information about parameters, see Appendix G, “IBM TS7700 parameter examples” on page 887, which provides parameter examples in different grid configurations. 

GLYPH<SM590000> For more information about the input/output definition file (IODF) and the input/output configuration program (IOCP), see Appendix H, “Extra IODF examples” on page 907. 

GLYPH<SM590000> For more information about a partitioning case study, see Appendix I, “Case study for logical partitioning of a two-cluster grid” on page 919, which provides a scenario about a partitioned IBM TS7700 hardware configuration. 

## Authors 

This book was produced by a team working at IBM Tucson, Arizona. 

Larry Coyne  is a Project Leader at the IBM International Technical Support Organization, Tucson, Arizona, center. He has over 35 years of IBM experience, with 23 years in IBM storage software management. He holds degrees in Software Engineering from the University of Texas at El Paso and Project Management from George Washington University. His areas of expertise include client relationship management, quality assurance, development management, and support management for IBM storage management software. 

Derek Erdmann is a DFSMS Software Technical Support Engineer, specializing in the OAM product area, where he has been the Team Lead for 4 years. He graduated from Northern Illinois University in 2009 with a Master’s degr ee in Computer Science with an emphasis in Enterprise Computing. He has spent the last 7 years with IBM working with customers and developers to enhanced the quality of the DFSMS product set. 

Joe Hew  works in the Tucson, Arizona product field engineering group, supporting the IBM TS7700. With many years in the information technology (IT) field, Joe has worked in system-level test on various products, such as storage controllers, tape libraries, adapters, 

