Diagnosing z/OS Communications Server components
- Diagnosing problems with the z/OS Load Balancing Advisor
- Diagnosing problems with the automated domain name registration application (ADNR)
- Diagnosing IKE daemon problems
- Diagnosing network security services (NSS) server problems
- Diagnosing dynamic VIPA and sysplex problems
- Diagnosing access control problems
- Diagnosing line print requester and daemon (LPR and LPD) problems
- Diagnosing File Transfer Protocol (FTP) problems
- Diagnosing z/OS UNIX Telnet daemon (otelnetd) problems
- Diagnosing Telnet problems
- Diagnosing Simple Mail Transfer Protocol (SMTP) problems
- Diagnosing z/OS UNIX sendmail and popper problems
- Diagnosing SNALINK LU0 problems
- Diagnosing SNALINK LU6.2 problems
- Diagnosing REXEC, REXECD, and RSH problems
- Diagnosing z/OS UNIX REXEC, RSH, REXECD, and RSHD problems
- Diagnosing X Window System and Motif problems
- Diagnosing Simple Network Management Protocol (SNMP) problems
- Diagnosing Policy Agent problems
- Diagnosing RSVP agent problems
- Diagnosing intrusion detection problems
- Diagnosing Application Transparent Transport Layer Security (AT-TLS)
- Diagnosing Defense Manager daemon problems
- Diagnosing IP security and defensive filter problems
- Diagnosing OMPROUTE problems
- Diagnosing NCPROUTE problems
- Diagnosing X.25 NPSI problems
- Diagnosing IMS problems
- Diagnosing VMCF/TNF/IUCV problems
- Diagnosing problems with IP CICS sockets
- Diagnosing problems with Shared Memory Communications
Shared
Memory Communications (SMC)
problems are often related to switch configuration, VLAN connectivity, physical network ID (PNetID)
configuration, and other configuration issues. - Diagnosing problems with Express Logon
- Diagnosing resolver problems
- Diagnosing Simple Network Time Protocol (SNTP) problems
- Diagnosing Communications Server SMTP application problems
- Diagnosing sendmail to CSSMTP bridge problems
With the sendmail to CSSMTP bridge (sendmail bridge), you can send emails by using the facilities of the z/OS® shell. The sendmail bridge command parses input command switches, reads the mail message from the UNIX System Services file, and processes the mail message. The input mail message is updated by adding SMTP commands and SMTP headers, if no headers are specified in the input mail message. The updated mail message is transmitted to the JES spool data set that Communications Server SMTP (CSSMTP) application can process. - Diagnosing storage abends and storage growth