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Oracle VTS 7.0 Software User's Guide for Patch Set 8 and Subsequent Compatible Releases |
Installing or Updating the Software
Determine Installed Software Version
Determine Installed Package Version for Oracle Solaris 11 Updates
Determine Installed Package Version for Oracle Solaris 10 Updates
Obtaining Packages for Installation
Install the Software for Oracle Solaris 11
Install the Software for Oracle Solaris 10 Updates
Upgrade the Software for Oracle Solaris 11
Upgrade the Software for Oracle Solaris 10 Updates
Uninstall the Software for Oracle Solaris 11
Uninstall the Software for Oracle Solaris 10 Updates
Preparing to Start the Software
Starting the Software (Interface)
Starting the Software (No Interface)
Start Memory Sub System Testing
Start Testing in all Stress Levels
Start Testing With Time Information
Starting the Software (CD/DVD)
Start the Software (Bootable CD/DVD)
Configuring the Test Session (GUI)
View the Host Configuration (GUI)
Change Individual Test Options (GUI)
Use the Auto Mode Sequencer (GUI)
Saving a Test Session Configuration for Repeated Use (GUI)
Create and Save a Test Session (GUI)
To Create a Configuration File to Load Sessions From a User Defined Location
Keyboard Commands for Navigation (TTY UI)
Display TTY UI HELP and Release Table
View the Host System Configuration (TTY UI)
Configuring the Test Session (TTY UI)
Change Global Options (TTY UI)
Select Devices to Test (TTY UI)
Change Individual Test Options (TTY UI)
Begin the Test Session (TTY UI)
Stop the Test Session (TTY UI)
Reset the Test Session Results (TTY UI)
Saving a Test Configuration for Repeated Use
Create and Save a Test Session (TTY UI)
Delete a Test Session (TTY UI)
Use the Auto Mode Sequencer (TTY UI)
Configuring the Test Session (CLI)
Display and Set a Test Mode (CLI)
Display and Set Global Options (CLI)
Change Individual Test Options (CLI)
Monitor the Test Session (CLI)
Saving a Test Configuration for Repeated use (CLI)
Create and Save a Test Session (CLI)
Use the Auto Mode Sequencer (CLI)
Using the Oracle VTS 7.0 PS16 Bootable Image Built on Oracle Solaris 11 Update Release
Using the Oracle VTS 7.0 PS13 or Older Bootable Image Built on Oracle Solaris 10 and Update Release
Use the Service Processor to Boot From the VTS Image
Expected Behavior in Different Use Cases
Exiting the Auto Mode Sequencer
Create a Configuration File for the Unsafe Option
Disk Test Options (Configuration File)
Disable the Solaris Screen Saver
Check Presence of ast Driver on T4 System
Host Bus Adapter Test Options Through Configuration File
Live-Network Port Testing Settings
Io_Interconnect Test Options Through Configuration File
Memory Test Swap Space Requirements
Memory Test Options Through Configuration File
Live-Network Port Testing Settings
Removable Disk Test Options Through Configuration File
Supported Configuration Parameters
VTS Harness Configuration File Parameters
Disk Test Configuration File Parameters
Removable Disk Test Configuration File Parameters
Host Bus Adapter Test Configuration File Parameters
Io_Interconnect Test Configuration File Parameters
Memory Test Configuration File Parameters
Network Test Configuration File Parameters
25-Pin Port A-to-A Port B-to-B Plug
9-Pin to 9-Pin Port-to-Port Cable
TPE Cable for Gigabit and 10/100 Ethernet
9-Pin Male DB-9 External Connector
In each mode, a test can be run under high or low stress levels. The automatic selection feature ensures that the right stress level is enforced by VTS, regardless of what a loaded session file might specify. If there is a mismatch between the stress level specified in a session file and what VTS harness is setting the stress level to, an information message will be logged in the /var/sunvts/logs/sunvts.info file. This automatic forcing of stress level is done only in the System Exerciser mode of testing.
The main rationale of this feature is to prevent test failures caused due to resource exhaustion. The amount of memory in a system is an important factor in setting low or high test levels. If the system has a small memory configuration, the default stress level is set to low in each of the modes. A larger memory configuration results in a default stress level, which is set to high.
The software considers a system to be a small memory configuration if the configured system memory is less than 120 MB, multiplied by the number of CPUs.