EXPRESSCLUSTER X 5.1 for Windows Reference Guide¶
Table of Contents:
- 1. Preface
- 2. Parameter details
- 3. Group resource details
- 3.1. Group resources
- 3.2. What is a group?
- 3.3. Group common properties
- 3.4. Group properties
- 3.5. Resource Properties
- 3.6. Understanding application resources
- 3.7. Understanding floating IP resources
- 3.8. Understanding mirror disk resources
- 3.9. Understanding registry synchronization resources
- 3.10. Understanding script resources
- 3.11. Understanding disk resources
- 3.12. Understanding service resources
- 3.13. Understanding virtual computer name resources
- 3.14. Understanding dynamic DNS resources
- 3.15. Understanding virtual IP resources
- 3.16. Understanding CIFS resources
- 3.17. Understanding hybrid disk resources
- 3.18. Understanding AWS elastic ip resources
- 3.19. Understanding AWS virtual ip resources
- 3.20. Understanding AWS secondary ip resources
- 3.21. Understanding AWS DNS resources
- 3.22. Understanding Azure probe port resources
- 3.23. Understanding Azure DNS resources
- 3.24. Understanding Google Cloud virtual IP resources
- 3.25. Understanding Google Cloud DNS resources
- 3.26. Understanding Oracle Cloud virtual IP resources
- 4. Monitor resource details
- 4.1. Monitor resources
- 4.2. Monitor Common Properties
- 4.3. Monitor resource properties
- 4.4. Understanding application monitor resources
- 4.5. Understanding disk RW monitor resources
- 4.6. Understanding floating IP monitor resources
- 4.7. Understanding IP monitor resources
- 4.8. Understanding mirror disk monitor resources
- 4.9. Understanding NIC link up/down monitor resources
- 4.10. Understanding multi target monitor resources
- 4.11. Understanding registry synchronization monitor resources
- 4.12. Understanding disk TUR monitor resources
- 4.13. Understanding service monitor resources
- 4.14. Understanding virtual computer name monitor resources
- 4.15. Understanding dynamic DNS monitor resources
- 4.16. Understanding virtual IP monitor resources
- 4.17. Understanding CIFS monitor resources
- 4.18. Understanding hybrid disk monitor resources
- 4.19. Understanding hybrid disk TUR monitor resources
- 4.20. Understanding custom monitor resources
- 4.21. Understanding message receive monitor resources
- 4.22. Understanding process name monitor resources
- 4.23. Understanding DB2 monitor resources
- 4.24. Understanding FTP monitor resources
- 4.25. Understanding HTTP monitor resources
- 4.26. Understanding IMAP4 monitor resources
- 4.27. Understanding ODBC monitor resources
- 4.28. Understanding Oracle monitor resources
- 4.29. Understanding POP3 monitor resources
- 4.30. Understanding PostgreSQL monitor resources
- 4.31. Understanding SMTP monitor resources
- 4.32. Understanding SQL Server monitor resources
- 4.33. Understanding Tuxedo monitor resources
- 4.34. Understanding WebSphere monitor resources
- 4.35. Understanding WebLogic monitor resources
- 4.36. Understanding WebOTX monitor resources
- 4.37. Understanding JVM monitor resources
- 4.38. Understanding system monitor resources
- 4.39. Understanding process resource monitor resources
- 4.40. Understanding user mode monitor resources
- 4.41. Understanding AWS elastic ip monitor resources
- 4.42. Understanding AWS virtual ip monitor resources
- 4.43. Understanding AWS secondary ip monitor resources
- 4.44. Understanding AWS AZ monitor resources
- 4.45. Understanding AWS DNS monitor resources
- 4.46. Understanding Azure probe port monitor resources
- 4.47. Understanding Azure load balance monitor resources
- 4.48. Understanding Azure DNS monitor resources
- 4.49. Understanding Google Cloud Virtual IP monitor resources
- 4.50. Understanding Google Cloud load balance monitor resources
- 4.51. Understanding Google Cloud DNS monitor resources
- 4.52. Understanding Oracle Cloud Virtual IP monitor resources
- 4.53. Understanding Oracle Cloud load balance monitor resources
- 5. Heartbeat resources
- 6. Details on network partition resolution resources
- 6.1. Network partitions
- 6.2. Understanding network partition resolution by DISK method
- 6.3. Understanding network partition resolution by PING method
- 6.4. Understanding network partition resolution by HTTP method
- 6.5. Understanding network partition resolution by majority method
- 6.6. Understanding network partition resolution by PING method and DISK method
- 6.7. Not resolving network partition
- 6.8. Notes on network partition resolution resource settings
- 7. Forced stop resource details
- 7.1. What is the forced stop function?
- 7.2. Understanding forced stop on physical environment
- 7.3. Understanding forced stop on vCenter environment
- 7.4. Understanding forced stop on AWS environment
- 7.5. Understanding forced stop on Azure environment
- 7.6. Understanding forced stop on OCI environment
- 7.7. Understanding forced stop with script
- 7.8. Notes on settings of forced stop resource
- 8. Information on other settings
- 9. EXPRESSCLUSTER command reference
- 9.1. Operating the cluster from the command line
- 9.2. EXPRESSCLUSTER commands
- 9.3. Displaying the cluster status (clpstat command)
- 9.4. Operating the cluster (clpcl command)
- 9.5. Shutting down a specified server (clpdown command)
- 9.6. Shutting down the entire cluster (clpstdn command)
- 9.7. Operating groups (clpgrp command)
- 9.8. Collecting logs (clplogcc command)
- 9.9. Creating a cluster and backing up configuration data (clpcfctrl command)
- 9.10. Adjusting time-out temporarily (clptoratio command)
- 9.11. Modifying the log level and size (clplogcf command)
- 9.12. Managing licenses (clplcnsc command)
- 9.13. Mirror-related commands
- 9.14. Outputting messages (clplogcmd command)
- 9.15. Controlling monitor resources (clpmonctrl command)
- 9.16. Controlling group resources (clprsc command)
- 9.17. Switching off network warning light (clplamp command)
- 9.18. Requesting processing to cluster servers (clprexec command)
- 9.19. Controlling cluster activation synchronization wait processing (clpbwctrl command)
- 9.20. Controlling reboot count (clpregctrl command)
- 9.21. Checking the process health (clphealthchk command)
- 9.22. Setting an action for OS shutdown initiated by other than cluster service (clpstdncnf command)
- 9.23. Controlling the rest point of DB2 (clpdb2still command)
- 9.24. Controlling the rest point of Oracle (clporclstill command)
- 9.25. Controlling the rest point of PostgreSQL (clppsqlstill command)
- 9.26. Controlling the rest point of SQL Server (clpmssqlstill command)
- 9.27. Displaying the cluster statistics information (clpperfc command)
- 9.28. Checking the cluster configuration information (clpcfchk command)
- 9.29. Converting a cluster configuration data file (clpcfconv command)
- 9.30. Creating a cluster configuration data file (clpcfset, clpcfadm.py command)
- 9.31. Performing encryption (clpencrypt command)
- 9.32. Operating the data on GUIDs and HBAs for a drive (clpdiskctrl command)
- 9.33. Adding a firewall rule (clpfwctrl command)
- 10. Troubleshooting
- 11. Error messages
- 11.1. Messages
- 11.2. Messages during setup
- 11.3. Messages reported by event log and alert
- 11.4. Driver event log messages
- 11.5. Detailed information in activating and deactivating group resources
- 11.6. Detailed information of monitor resource errors
- 11.7. STOP codes list of disk RW monitor resources
- 11.8. Filter driver STOP code list
- 11.9. JVM monitor resource log output messages
- 11.10. STOP codes list of user space monitor resources
- 11.11. Details on checking cluster configuration data
- 12. Glossary
- 13. Legal Notice