For UNIX Systems
Job Management Partner 1 Version 10
Job Management Partner 1/Performance Management - Agent Option for Platform Description, User's Guide and Reference
3021-3-355(E)
Contents
- Notices
- Preface
- Part 1: Overview
- 1. Overview of PFM - Agent for Platform
- 1.1 Features of PFM - Agent for Platform
- 2. Performance Monitoring
- 2.1 Overview of performance monitoring
- 2.2 Overview of user-defined record collection
- 2.3 Overview of operations on virtualized systems
- 2.3.1 Advantages of virtualized systems
- 2.3.2 Objectives of performance monitoring on virtualized systems
- 2.3.3 System resources most in need of performance monitoring on virtualized systems
- 2.3.4 Installing PFM - Agent for Platform in a virtualized system
- 2.3.5 Setting up PFM - Agent for Platform in a virtualized system
- 2.3.6 Examples of using Agent for Platform - PFM in a virtualized system: Determining whether to change virtualized system settings
- 2.3.7 Examples of using Agent for Platform - PFM in a virtualized system: Determining whether additional physical resources are needed
- 2.3.8 Notes regarding usage of PFM - Agent for Platform in virtualized systems
- 2.3.9 Notes regarding collection of processor information
- 2.3.10 Notes regarding collection of memory information
- 2.3.11 Notes regarding collection of disk information
- 2.3.12 Notes regarding collection of network information
- 2.3.13 Notes regarding collection of process information
- 2.3.14 Virtualized system functionality and collected performance data
- 2.3.15 Data that can be collected with virtualized systems that use zones
- 2.3.16 Data that can be collected with virtualized systems that use PowerVM
- 2.3.17 Data that can be collected on virtualized systems that use HP Integrity Virtual Machines (I-VM)
- 2.3.18 Data that can be collected with virtualized systems that use VMware/KVM
- 2.3.19 Data that can be collected with virtualization systems that use Virtage
- 2.3.20 Data that can be collected with virtualized systems that use WPAR
- 2.3.21 Range of data collected for each virtualized system
- 2.3.22 Monitoring processor performance based on results output by the sar command in an AIX environment
- 2.4 Overview of monitoring templates
- 3. Introduction to Performance Monitoring Operations by Example
- 3.1 Performance monitoring examples
- 3.1.1 Processor monitoring examples
- 3.1.2 Memory monitoring examples
- 3.1.3 Disk monitoring examples
- 3.1.4 Network monitoring examples
- 3.1.5 Process monitoring examples
- 3.1.6 Examples of collecting information about used ports
- 3.1.7 Examples of collecting performance data from multiple hosts on which PFM products are not installed
- 3.2 Performance monitoring definition examples
- Part 2: Setup and Operation
- 4. Installation and Setup in UNIX
- 4.1 Installation and setup workflow
- 4.2 Preparations required before installation
- 4.2.1 Required OS
- 4.2.2 Network environment setup
- 4.2.3 OS user permissions needed for installation
- 4.2.4 Prerequisite programs
- 4.2.5 Prerequisite for specifying 4,096-byte monitoring conditions for processes
- 4.2.6 Preparations for collecting data in the event of a failure
- 4.2.7 Points to note before installing PFM - Agent for Platform
- 4.3 Installation
- 4.4 Setup
- 4.4.1 Setting the LANG environment variable
- 4.4.2 Registering PFM - Agent for Platform in PFM - Manager and PFM - Web Console
- 4.4.3 Network setup
- 4.4.4 Changing the log file size
- 4.4.5 Changing the performance data storage destination
- 4.4.6 Setting up PFM - Manager for the connection destination of PFM - Agent for Platform
- 4.4.7 Setting up the action log
- 4.5 Uninstallation
- 4.6 Changing the system configuration of PFM - Agent for Platform
- 4.7 Changing the operation of PFM - Agent for Platform
- 4.8 Backup and restoration
- 4.9 Settings for browsing manuals in a Web browser
- 5. Collecting Log Information
- 5.1 Overview of collecting log information
- 5.2 Setup for collecting log information
- 6. User-Defined Record Collection
- 6.1 Settings for collecting workgroup information
- 6.2 Settings for collecting information about the operating status of processes
- 6.2.1 Overview of collecting information about the operating status of processes
- 6.2.2 Differences in functionality from previous versions
- 6.2.3 Records used to collect information about the operating status of processes
- 6.2.4 Settings in the Agents tree for collecting information about the operating status of processes
- 6.2.5 Settings in the Services tree for collecting information about the operating status of processes
- 6.2.6 Command-based settings for collecting information about the operating status of processes
- 6.2.7 Distinguishing the letter case of monitoring targets
- 6.2.8 Example of responding to an alarm while collecting information about the operating status of processes
- 6.3 Settings for collecting information about the application operating status
- 6.3.1 User-defined record settings for collecting application operating status information settings
- 6.3.2 Checking or changing user-defined records for collecting application operating status information
- 6.3.3 Deleting user-defined records for collecting application operating status information
- 6.3.4 Example of using an alarm when collecting information about the application operating status
- 6.4 Settings for collecting user-specific performance data
- 6.4.1 Overview of the functionality for collecting user-specific performance data
- 6.4.2 Settings for collecting user-specific performance data
- 6.4.3 Example of collecting user-specific performance data
- 6.4.4 Format of the jpcuser command
- 6.4.5 Format of user-created data files
- 6.4.6 Checking the debug log to determine whether user-created data is correct
- Part 3: Reference
- 7. Monitoring Templates
- Format of alarm explanations
- List of alarms
- Disk Service Time
- I/O Wait Time
- Kernel CPU
- Pagescans
- Run Queue
- Swap Outs
- User CPU
- CPU Per Processor(K)
- CPU Per Processor(U)
- Alloc Mem Mbytes
- File System Free(L)
- File System Free(R)
- Disk Busy %
- Disk Queue
- Network Rcvd/sec
- Process End
- Process Alive
- Process Existence
- Application Status
- Format of report explanations
- Organization of report directories
- List of reports
- Application Status
- Application Process Count
- Application Process Status
- Avg Service Time - Top 10 Devices
- Avg Service Time Status - Top 10 Devices
- Console Messages
- CPU Per Processor Status
- CPU Per Processor Usage
- CPU Status
- CPU Status (Multi-Agent)
- CPU Trend
- CPU Trend (Multi-Agent)
- CPU Usage - Top 10 Processes
- CPU Usage Summary
- Device Detail
- Device Usage Status
- Device Usage Status (Multi-Agent)
- Free Space Mbytes - Top 10 Local File Systems
- I/O Activity - Top 10 Processes
- I/O Overview
- Local File System Detail
- Major Page Faults - Top 10 Processes
- Memory Paging
- Memory Paging Status
- Memory Paging Status (Multi-Agent)
- Monitoring Process Detail
- Network Interface Detail
- Network Interface Summary (real-time report indicating network usage status)
- Network Interface Summary (historical report indicating network usage status)
- Network Overview
- Network Status
- Network Status (Multi-Agent)
- NFS Activity Overview
- NFS Load Trend
- NFS Usage Status
- NFS Usage Status (Multi-Agent)
- Paging Trend (Multi-Agent)
- Process Detail
- Process Overview
- Process Summary Status
- Process Trend
- Remote File System Detail
- Space Usage - Top 10 Local File Systems
- Space Usage - Top 10 Remote File Systems
- System Overview (real-time report indicating system operation status)
- System Overview (historical report indicating system operation status)
- System Utilization Status
- Workload Status
- Workload Status (Multi-Agent)
- 8. Records
- Data model
- Format of record explanations
- List of ODBC key fields
- Summarization rules
- List of data types
- Field values
- Fields added only when data is stored in the Store database
- Fields that are output when data stored in the Store database is exported
- Notes on records
- List of records
- Application Process Detail (PD_APPD)
- Application Process Interval (PD_APSI)
- Application Process Overview (PD_APS)
- Application Summary (PD_APP)
- Application Summary Extension (PD_APP2)
- CPU - Per Processor Detail (PI_CPUP)
- Device Detail (PI_DEVD)
- Device Summary (PI_DEVS)
- File System Detail - Local (PD_FSL)
- File System Detail - Remote (PD_FSR)
- Logged Messages (PL_MESS)
- Network Interface Detail (PI_NIND)
- Network Interface Summary (PI_NINS)
- Process Detail (PD)
- Process Detail Interval (PD_PDI)
- Process Summary (PD_PDS)
- Program Summary (PD_PGM)
- System Summary Overview (PI)
- Terminal Summary (PD_TERM)
- User Data Detail (PD_UPD)
- User Data Detail - Extended (PD_UPDB)
- User Data Interval (PI_UPI)
- User Data Interval - Extended (PI_UPIB )
- User Summary (PD_USER)
- Workgroup Summary (PI_WGRP)
- 9. Commands
- Command description format
- jpcappcvt
- 10. Messages
- 10.1 Message format
- 10.2 Message output destinations
- 10.3 List of messages output to syslog
- 10.4 Messages
- Part 4: Troubleshooting
- 11. Error Handling Procedures
- 11.1 Error handling procedures
- 11.2 Troubleshooting
- 11.2.1 Troubleshooting problems with setting up or starting a service
- 11.2.2 Troubleshooting problems with command execution
- 11.2.3 Troubleshooting problems with report definitions
- 11.2.4 Troubleshooting problems with alarm definitions
- 11.2.5 Troubleshooting problems with collection and management of performance data
- 11.2.6 Troubleshooting other problems
- 11.3 Log information to be collected for troubleshooting
- 11.4 UNIX-related data to be collected for troubleshooting
- 11.5 Procedures for collecting UNIX-related data for troubleshooting
- 11.6 Performance Management error detection
- 11.7 Performance Management system error recovery
- Appendixes
- A. Estimating System Requirements
- B. Kernel Parameters
- C. List of Identifiers
- D. List of Processes
- E. List of Port Numbers
- F. Properties of PFM - Agent for Platform
- G. List of Files and Directories
- H. Upgrade Procedure and Notes on Upgrading
- I. Version Compatibility
- J. Outputting Action Log Data
- K. Linking to JP1/ITSLM
- L. Communication in IPv4 and IPv6 Environments
- M. Version Changes
- N. Reference Material for This Manual
- N.1 Related publications
- N.2 Conventions: Abbreviations for product names
- N.3 Conventions: Acronyms
- N.4 Conventions: Formats of commands in this manual
- N.5 Conventions: Format of product names, service IDs, and service keys in this manual
- N.6 Conventions: KB, MB, GB and TB
- N.7 Conventions: Meaning of "folder" and "directory"
- N.8 Conventions: Performance Management installation folders
- N.9 NNM products supported by Performance Management
- O. Glossary
- Index
All Rights Reserved. Copyright (C) 2013, Hitachi, Ltd.