Book description
For more than 50 years, IBM® mainframes have supported an extraordinary portion of the world's computing work, providing centralized corporate databases and mission-critical enterprise-wide applications. IBM System z®, the latest generation of the IBM distinguished family of mainframe systems, has come a long way from its IBM System/360 heritage. Likewise, its IBM z/OS® operating system is far superior to its predecessors in providing, among many other capabilities, world-class and state-of-the-art support for the TCP/IP Internet Protocol suite.
TCP/IP is a large and evolving collection of communication protocols that are managed by the Internet Engineering Task Force (IETF), an open, volunteer organization. Because of its openness, the TCP/IP protocol suite has become the foundation for the set of technologies that form the basis of the Internet. The convergence of IBM mainframe capabilities with Internet technology, connectivity, and standards (particularly TCP/IP) is dramatically changing the face of information technology and driving requirements for even more secure, scalable, and highly available mainframe TCP/IP implementations.
The IBM z/OS Communications Server TCP/IP Implementation series provides understandable, step-by-step guidance for enabling the most commonly used and important functions of z/OS Communications Server TCP/IP.
This IBM Redbooks® publication provides useful implementation scenarios and configuration recommendations for many of the TCP/IP standard applications that z/OS Communications Server supports.
Table of contents
- Front cover
- Notices
- IBM Redbooks promotions
- Preface
- Chapter 1. The syslog daemon
-
Chapter 2. TN3270E Telnet server
- 2.1 Conceptual overview of the TN3270E server
- 2.2 TN3270E server in a single image
- 2.3 Multiple TN3270E servers in a multiple image environment
-
2.4 Multiple TN3270E servers using LU name server and LU name requester
- 2.4.1 Description of TN3270E servers using LU name server and requester
- 2.4.2 Configuration of TN3270E servers within sysplex using LU name server and requester
- 2.4.3 Activation and verification of LU name server and requester within sysplex
- 2.4.4 Scenario: LU name server automated takeover when active name server fails
- 2.5 TN3270E server in a single image using SHAREACB
- 2.6 TN3270 support of TSO logon reconnect
-
2.7 Problem determination for the TN3270E servers
- 2.7.1 Review the definition statements within the profile
- 2.7.2 Use TCP/IP and Telnet commands
- 2.7.3 Use the MSG07 statement in the TN3270 profile
- 2.7.4 Use SMF records to capture TN3270 connection activity
- 2.7.5 Use trace data
- 2.7.6 Tips for multiple TN3270E servers in a Parallel Sysplex environment
- 2.7.7 Tips for LU name server and LU name requester diagnosis
- 2.8 Additional information sources for the TN3270E server
-
Chapter 3. File Transfer Protocol
- 3.1 Conceptual overview of FTP
- 3.2 Basic FTP without security
- 3.3 Multiple FTP servers in a sysplex
- 3.4 FTP client using batch
- 3.5 FTP client application programming interface
- 3.6 FTP access to UNIX named pipes
- 3.7 FTP large data set access
- 3.8 Miscellaneous configuration settings of FTP
- 3.9 Problem determination for FTP
- 3.10 Additional information sources for FTP
- Chapter 4. Simple Network Management Protocol
- Chapter 5. IP printing
- Chapter 6. INETD
-
Chapter 7. z/OS mail servers
- 7.1 Conceptual overview of z/OS mail applications
- 7.2 z/OS CSSMTP, a mail forwarding SMTP client
- 7.3 z/OS SMTP as a mail server
- 7.4 Using sendmail and popper as mail servers
- 7.5 Using sendmail as a client
- 7.6 Migrating to CSSMTP
- 7.7 Problem determination for the mail facilities
- 7.8 Additional information sources for mail servers
- Chapter 8. z/OS UNIX Telnet server
-
Chapter 9. Remote execution
- 9.1 Conceptual overview of remote execution
- 9.2 TSO remote execution server
- 9.3 z/OS UNIX remote execution server
- 9.4 REXEC TSO client command using user ID/password
- 9.5 REXEC TSO client command using the NETRC data set
- 9.6 REXEC UNIX client command
-
9.7 Problem determination for z/OS remote execution facilities
- 9.7.1 Problem determination for TSO remote execution
- 9.7.2 Problem determination for REXEC TSO with user ID and password
- 9.7.3 Problem determination of REXEC TSO using NETRC
- 9.7.4 Problem determination for the REXEC UNIX client command
- 9.7.5 Recovery for server job table full condition
- 9.7.6 Diagnostic messages for debugging
- 9.8 Additional information sources for remote execution and remote shell
- Appendix A. Environment variables
- Appendix B. Sample files provided with TCP/IP
-
Appendix C. Configuration files: TN3270E stand-alone scenario
- C.1 SC31 TN3270B Server PROC for TN3270 stand-alone scenario
- C.2 SC31 TN3270B Server profile for TN3270 stand-alone scenario
- C.3 SC31 TCPIPB stack PROC for TN3270 stand-alone scenario
- C.4 SC31 TCPIPB stack PROFILE for TN3270 stand-alone scenario
- C.5 SC31 OMPROUTE PROC for TN3270 stand-alone scenario
- C.6 SC31 OMPROUTE STDENV file for TN3270 stand-alone task scenario
- C.7 SC31 OMPROUTE CONFIG for TN3270 stand-alone scenario
- Appendix D. Multiple TN3270E Telnet servers and sysplex distribution using the LUNS and LUNR scenario
- Appendix E. FTP and translation tables
- Appendix F. The example implementation environment
- Related publications
- Back cover
Product information
- Title: IBM z/OS V2R2 Communications Server TCP/IP Implementation: Volume 2 Standard Applications
- Author(s):
- Release date: September 2016
- Publisher(s): IBM Redbooks
- ISBN: 9780738441948
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