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Topaz For Java Performance
Topaz for Total Test Web Client User Guide
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- Appendix A Tutorial Add a Component to the Repository with the Web Client
- Welcome to Topaz for Total Test
- Get a License
- Topaz for Total Test Functional Test Overview
- Getting Started
  - Getting Started Tutorial
  - Using the Web Client
  - Create a Test Suite from Browser
- Test Virtualization
  - Test Virtualization
  - Stubs in the Web Client
  - Recording Input Data to Sub Modules
- Extending Functional Test with Custom Data Definitions
  - Extending Functional Test with Custom Data Definitions
  - Extending a Test Scenario
  - Extending the Execution Context
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  - Code Coverage and IDz Integration
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- Configuring the Topaz for Total Test Repository Server
  - Configuring the Topaz for Total Test Repository Server
- Working with the Repository
  - Working with the Repository
  - General Information for All Artifacts
  - Defining and Using Components
  - Components in the Web Client
  - Connections
  - Environments
  - Systems
  - Categories
  - User Groups
  - Skins/Data and Execute
  - Stubs
  - Job Definitions
  - Dataset Skins
  - Test Scenarios
  - Suites
  - Reports
  - Schedules
- Sample Programs
  - Sample Programs
  - Program XAPGMTST
  - Program XADB2TST
  - Program XAMOCTST
  - Program XAPGMCAL
  - Program XAPGMBT1
  - Program XARISCAL
  - Program XADTSTMP
  - Program XADGTIME
  - Program XADUTF8
iStrobe Online Help

MVS*

MVS is the three character prefix for module names in the online software package ACP (Airline Control Package). The package is made up of core modules and exit routines to load and unload programs and data. The package runs under MVS, but does not use the IBM standard link and load mechanisms. Programs are treated and processed as data and reside in a database. The programs are loaded and unloaded as necessary from the database.

Because of the non-standard link and load process, the user-written programs are not typically shown in a Performance Profile unless you write a data collector to identify them. Core programs and exit routines, however, will show up in the Profile. We recommended that you write a data collector to report on CPU use in user programs.

Hints

Use iStrobe to analyze the performance of the I/O of an ACP application and, then, to prevent I/O bottlenecks, implement the indicated performance improvements. Since the programs and data are treated identically and reside in a database, improving I/O performance is critical.