|
Siebel Performance Tuning Guide
What's New in This Release
Back to top
Siebel Architecture and Infrastructure
About Performance and Scalability
About Siebel Architecture and Infrastructure
About Siebel User Request Flow
Performance Tuning Terminology
Back to top
Tuning Siebel Application Object Manager
About the Siebel Application Object Manager
Siebel Application Object Manager Infrastructure
Performance Factors for Siebel Application Object Manager Deployments
Topology Considerations for Siebel Application Object Manager Deployments
Guidelines for Siebel Application Object Manager Tuning
Tuning Siebel Application Object Manager Components for CPU and Memory Utilization
Tuning Parameters for Siebel Application Object Manager Caches
Additional Parameters Affecting Siebel Application Object Manager Performance
Memory Consumers in Siebel Application Object Manager
Configuring Database Connection Pooling for Siebel Application Object Managers
About Database Connections for Siebel Application Object Manager
Database Connection Pooling Usage Guidelines
Configuring Pooling for Default Database Connections
Configuring Pooling for Specialized Database Connections
Using Thread Pooling for Siebel Application Object Manager
Back to top
Tuning the Siebel Server Infrastructure
Configuring SISNAPI Connection Pooling for Siebel Application Object Manager
Tuning Server Request Broker (SRBroker)
Back to top
Tuning Siebel Web Client
About Siebel Clients
Performance Factors for Siebel Web Clients
Guidelines for Siebel Web Client Tuning
Providing Sufficient Web Server and Network Capacity
Testing Performance for Web Clients
Providing Sufficient Client Hardware Resources
Tuning System Components
Following Configuration Guidelines
Managing the Browser Cache
Specifying Static File Caching
Improving Performance Using View Layout Caching
Configuring the Data Block Size of HTTP Requests for the Siebel Dedicated Client
Managing Performance Related to the Message Bar
Configuring the Busy Cursor for Standard Interactivity Applications
Back to top
Tuning Siebel Communications Server
About Siebel Communications Server
Session Communications Infrastructure
Performance Factors for Session Communications
Topology Considerations for Session Communications
Guidelines for Session Communications Tuning
Tuning the Siebel Application Object Manager Component
Tuning the CommSessionMgr Component
Conserving Siebel Application Object Manager Server Resources Through Caching
Improving Performance for Communications Configurations
Configuring Logging for Session Communications
Improving Availability for Session Connections
Improving Screen Pop Performance
Reviewing Performance Impact of Activity Creation
Siebel Email Response Infrastructure
Performance Factors for Siebel Email Response
Topology Considerations for Siebel Email Response
Guidelines for Siebel Email Response Tuning
Back to top
Tuning Siebel Workflow
About Siebel Workflow
Monitoring Workflow Policies
Using the Policy Frequency Analysis View
Using Workflow Agent Trace Files
Monitoring Workflow Policies Tables
Tuning Workflow Policies for Performance
Creating Workflow Policy Groups to Manage Siebel Server Load
Multiple Workflow Monitor Agents and Workflow Action Agents
Running Workflow Agents on Multiple Siebel Servers
Setting Optimal Sleep Interval for Workflow Policy Groups
Setting Optimal Action Interval for Workflow Monitor Agent and Workflow Action Agent
Tuning Workflow Processes
Minimizing Usage of Parameter Search Specification
Monitoring Conditions Based on Parent and Child Business Components
Configuring Siebel Business Applications for Workflow Performance
Monitoring Memory Overhead for Workflow Processes
Tuning Workflow Process Manager for Performance
Caching Business Services
Caching Sessions
Back to top
Tuning Siebel Configurator
Siebel Configurator Infrastructure
Performance Factors for Siebel Configurator
Considerations for Defining Topology for Siebel Configurator
Running Siebel Configurator in the Siebel Application Object Manager Component
Running Siebel Configurator on Dedicated Servers
Guidelines for Siebel Configurator Tuning
Tuning Siebel Configurator
Specifying the Siebel Configurator File System Location
Defining Customizable Product Models and Classes
About Siebel Configurator Caching
Default Caching Behavior for Siebel Configurator
Cache Management for Siebel Configurator
Parameters for Configuring Siebel Configurator Caching
Determining Rough Sizing for Caching Parameters
Administering the Siebel Configurator Cache
Refreshing the Entire Siebel Configurator Cache
Refreshing the Siebel Configurator Cache with Product Changes
Updating the Siebel Configurator Cache with Product Class Changes
Refreshing the Siebel Configurator Cache with Product Class Changes
Updating the Siebel Configurator Cache with Attribute Definition Changes
Refreshing the Siebel Configurator Cache with Attribute Definition Changes
Back to top
Tuning Siebel EAI
About Siebel Enterprise Application Integration
Guidelines for Siebel EAI Tuning
Improving IBM WebSphere MQ Transport Performance
Improving HTTP Inbound Transport Performance
EAI Siebel Adapter Performance
Virtual Business Component Performance
Improving Workflow Process Manager Performance
Other Guidelines for Siebel EAI
Back to top
Tuning Siebel EIM
About Siebel EIM
Siebel EIM Architecture Planning Requirements
Database Sizing Guidelines
Database Layout Guidelines (Logical and Physical)
Siebel EIM Usage Planning
Defining the Siebel EIM Team
Mapping Data into Siebel Business Applications
Testing Siebel EIM Processes
General Guidelines for Optimizing Siebel EIM
Recommended Sequence for Implementing Siebel EIM Processes
Optimizing the .IFB File for Siebel EIM
Checking .IFB File Optimization for Siebel EIM
Separating Siebel EIM Processes by Operation
Troubleshooting Siebel EIM Performance
Optimizing SQL for Siebel EIM
Using the USE INDEX HINTS and USE ESSENTIAL INDEX HINTS Parameters
Using USE INDEX HINTS and USE ESSENTIAL INDEX HINTS: Example
Using USE INDEX HINTS and USE ESSENTIAL INDEX HINTS: Criteria for Passing Indexes to the Database
Using the SQLPROFILE Parameter
Additional Indexes on Siebel EIM Tables
Creating Proper Statistics on Siebel EIM Tables
Dropping Indexes in Initial Runs of Siebel EIM
Controlling the Size of Batches for Siebel EIM
Controlling the Number of Records in Siebel EIM Tables
Using the USING SYNONYMS Parameter with Siebel EIM
Using the NUM_IFTABLE_LOAD_CUTOFF Extended Parameter with Siebel EIM
Disabling the Docking: Transaction Logging Parameter for Siebel EIM
Disabling Database Triggers for Siebel EIM
Running Siebel EIM Tasks in Parallel
Database Guidelines for Optimizing Siebel EIM
Microsoft SQL Server and Siebel EIM
Oracle Database and Siebel EIM
IBM DB2 for z/OS and Siebel EIM
IBM DB2 for z/OS and Siebel EIM
IBM DB2 for z/OS Loading Process for Siebel EIM
General Recommendations for the IBM DB2 for z/OS Loading Process
Data Management Guidelines for Optimizing Siebel EIM
Run Parameter Guidelines for Optimizing Siebel EIM
Monitoring the Siebel Server During a Siebel EIM Task
Back to top
Tuning Siebel Remote
About Siebel Remote
Tuning Siebel Remote Server Components
Increasing Throughput for the Database Extract and Parallel Database Extract Components
Tuning the Transaction Router Component
Tuning the Mobile Web Client in a Siebel Remote Deployment
Optimizing Application Configuration File Parameters
Guidelines for Optimizing Data Synchronization Between Siebel Mobile Web Client and Siebel Remote Client
Choosing an Appropriate Routing Model
Back to top
Tuning Customer Configurations
General Performance Guidelines for Customer Configurations
Analyzing Generated SQL for Performance Issues
About Specifying SQL Logging and SQL Tagging for Siebel Application Object Manager Components
Troubleshooting Poor Performing SQL at the Database Level Using Workload Tagging
Specifying SQL Spooling in Siebel Developer Web Client
Troubleshooting Performance Using SQL Trace Files
Troubleshooting Performance Using SQL Query Plans
Performance Guidelines for Siebel Scripting
Using Declarative Alternatives to Siebel Scripting
Siebel Scripting Guidelines for Optimal Performance
Performance Guidelines for Data Objects Layer
Multilingual LOVs Query and Cache Performance
Managing Database Indexes in Sorting and Searching
Reusing Standard Columns
Performance Guidelines for Business Objects Layer
Using Cache Data Property to Improve Business Component Performance
Limiting the Number of Active Fields
Guidelines for Using Calculated Fields
Using Properties to Improve Picklist Performance
Using Primary ID Fields to Improve Performance
How the Check No Match Property Impacts Performance
Performance Guidelines for User Interface Objects Layer
Addressing Performance Issues Related to Grid Layout
Maintaining Performance When Using Applet Toggles
Back to top
Tuning the Web Server Computer for All UNIX and Linux Platforms
Tuning Microsoft Windows for Enhanced Siebel Server Performance
Tuning the Siebel Server for All UNIX and Linux Platforms
Tuning the Web Server Computer for All Applicable UNIX and Linux Platforms
Tuning the Siebel Web Server Extension for All UNIX and Linux Platforms
Tuning an Apache Web Server for Applicable UNIX and Linux Platforms
Tuning Siebel Business Applications for AIX
Tuning the IBM HTTP Server for AIX
Tuning the Siebel Server for AIX
Tuning Kernel Settings for AIX
Tuning Siebel Business Applications for HP-UX
Tuning Kernel Settings for HP-UX
Setting Permissions for the HP-UX Scheduler
Tuning Siebel Business Applications for Oracle Solaris
Tuning the Oracle iPlanet Web Server
Tuning Kernel Settings for Oracle Solaris
Tuning Siebel Application Object Manager Instances for Oracle Solaris
Back to top
Monitoring Siebel Application Performance with Siebel ARM
About Siebel Application Response Measurement
About Siebel ARM Parameters and Variables
Enabling and Configuring Siebel ARM
Guidelines for Converting Siebel ARM Files
Back to top
Analyzing Siebel ARM Data
About Siebel ARM Files
Analyzing Siebel ARM Files Using the Siebel ARM Query Tool
About the Siebel ARM Query Tool
General Commands for the Siebel ARM Query Tool
Configuring the Siebel ARM Query Tool
Configuring Input for the Siebel ARM Query Tool
Configuring Output from the Siebel ARM Query Tool
Using Selection Filters with the Siebel ARM Query Tool
Aggregating Siebel ARM Data with the Siebel ARM Query Tool
Generating Histograms with the Siebel ARM Query Tool
Using Macros with the Siebel ARM Query Tool
Analyzing Siebel ARM Files Using the Siebel ARM Analyzer Tool
About the Siebel ARM Analyzer Tool
Running Performance Aggregation Analysis
Running Call Graph Generation
Running User Session Trace
Running Siebel ARM Data CSV Conversion
About Siebel ARM Analyzer Output Files
About Performance Aggregation Analysis and Data
About Call Graph Generation Analysis and Data
About User Session Trace Analysis and Data
About Siebel ARM to CSV Conversion Data
Back to top
| 
