Transcript CYPRESS POWERPOINT TEMPLATE

SVTL Basic Training
SVTL Basic Training Outline
1.
2.
3.
4.
5.
Terms and Concepts
Test Scripts Overview
Test Configurations
Drive Imaging (hands-on)
SVTL FAQ’s & Tidbits
2
©2002 Cypress Semiconductor
SVTL Basic Training Outline
1. Terms and Concepts
2.
3.
4.
5.
Test Scripts overview
Test Configurations
Drive Imaging (hands-on)
SVTL FAQ’s & Tidbits
3
©2002 Cypress Semiconductor
System Validation
What is System Validation?
Conceptual structure of System Validation (SV)






Matrix database
Test Scripts
Test Suites
Test Configurations
Test Sessions
Test Suite Worksheets
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©2002 Cypress Semiconductor
Defects & Tracking
What is a Defect?
Clear Quest (CQ)






Project oriented
Good at reports
Web or client interface
Primary tracking tool in Boise
Growing use elsewhere
Kyle Kumasaka - administrator
Test Track (TT)




Used by some project teams including HX2
Web based interface
Not great for multiple projects
Poor reporting tools
How do CQ, TT, and Matrix
compare?
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Miscellaneous Terms
Host
Controller
A board or motherboard chipset that
acts as the Host for a USB
connection, aka Host Controller
Interface (HCI).
 UHCI (Universal HCI)
 OHCI (Open HCI)
 EHCI (Enhanced HCI)
Root Hub
The ports of a Host Controller
Interface. Sometimes it is helpful to
view these in Device Manager but
this is not obvious how to do:
 View By Connection in
Device Manager.
 Note USB Root Hubs are
now shown under their
appropriate Host Controllers.
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Miscellaneous Terms (cont.)
Competitive Analysis
Testing done to highlight strengths and weaknesses of one product over another. Sometimes
used for Marketing to provide ammunition against competitive products, sometimes to help
Engineering improve our own products.
Enumeration and Mounting
Enumeration is a lower level of USB connection, where driver levels load.
Mounting is the higher level of USB connection where a drive is found by the OS. In Windows,
the drive will be seen in Device Manger (sometimes no drive letter if it has no partitions).
Field Programmable Gate Array
(FPGA)
Quick turn design board that enables Engineering to make a quick Test/Fix loop with SV.
Application Specific Integrated Circuit
(ASIC)
The chip with the brains and processing power in a product design.
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Miscellaneous Terms (cont.)
DUT(Device Under Test)
OS (Operating System)
EEPROM (Electrically Erasable Programmable Read Only Memory)
Bits Specifi y programmed EEPROMs
IP (Intellectual Property)
Code Version An SV coined term to keep track of testing activities for
reporting purposes
Bridge An interface that connects one technology or protocol to another
USB Universal Serial Bus is a connectivity protocol allowing peripheral devices to
connect to computers and other electronic devices. Allows live connection (in Windows,
called Plug & Play). Two different protocols specifications, major difference is speed.
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 USB 1.1 – 12Mbits/second, aka Classic mode (released in 1998)
©2002 Cypress Semiconductor
 USB 2.0 – 480Mbits/second (released in 2001)
Product Terms – ISD ASICs
USS725
 Rev C and D still in use for printing bridge (USB to
parallel)
 Designed as Printer Class chip
 Adapted for Storage – never class compliant
 USB 1.1 only
ISD200




Made for Iomega
ATAPI devices are Mass Storage Class (MSC) compliant
ATA devices are Vendor Specific
USB 1.1 only
ISD300
 All are fully MSC compliant
 USB 1.1 and 2.0 (first bridge chip, currently has 85%
market share for storage)
 ISD300FR1 = ISD300MR2
 ISD300A limited release
 ISD300A1 currently shipping rev.
 Silk screen debacle (only rely on ones that have A1 in
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Product Terms - CY ASICs
FX2
 Multi-purpose USB2.0 bridge – has many variations
 Developers Kit (DVK) for customers to design their own
product
- SX2 for scanners, imaging – not tested in SV so far
- MX2 for storage applications
- HX2 - USB2.0 Multi-TT hub
MX2




Storage bridge variant of FX2
MSC for ATA and ATAPI
USB1.1 and 2.0
Many names have been bounced around – Marketing
calls it “AT2”
 Silicon based on firmware rev. RC15
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©2002 Cypress Semiconductor
Product Terms - SL ASICs
ScanLogic ASICs
 SL11R-IDE
- USB 1.1 only
- MSC compliant
- Becoming obsolete (may be now)
 NandFlash = Slinky(1 & 2)
- USB 1.1 only
- Flash memory product
- In prototype phases now
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©2002 Cypress Semiconductor
Product Terms - Drivers
Storage Drivers
 Windows Drivers
- Provide access to storage devices (over USB)
- Falstaff (obsolete) – for USS725 chip to make storage-compatible
- Braveheart (obsolete) - for ISD200 chip for AT storage application
- Patriot, aka TPP= The Patriot Project
-
-
Combined Falstaff & Braveheart capability with all current ASIC support (USS725 has since been
made fully obsolete and is no longer supported but was up until TPP 5.1)
Offers enhancements/value-add features over MSC driver
Provides support for Windows 98SE, ME, 2K, and XP
- MSC – Mass Storage Class driver
-
Only available in Windows ME, 2K, and XP
 Mac Drivers
- Provide access to storage devices (over USB)
- David – (obsolete) – for storage-compatibility for the USS725 chip
- Macleod
-
support for all supported ISD, CY and SL storage ASICs
Mac OS 9.x only
- Morpheus
-
support for all supported ISD, CY and SL storage ASICs
Mac OS 10.x only
- ASC – Apple Storage Class driver
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©2002 Cypress Semiconductor
Product Terms – Drivers (cont.)
Host Controller Drivers
 Host Controller drivers are provide Windows with a mechanism to
communicate via a Host Controller Interface, either USB 1.1 (UHCI or
OHCI or USB2.0 EHCI). UHCI and OHCI drivers are automatically
installed with Windows or when a card is added, but EHCI drivers are
installed manually and have taken a long time to get stabilized.
 MS HCD – Microsoft Host Controller Driver
 3rd Party – Adaptec, OrangeMicro, NEC, others
 Microsoft provides built-in USB 2.0 HCDs for XP only, and beta drivers for
2K. 98SE and ME are supported by 3rd Party vendors and 95 and 98Gold
are not supported.
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©2002 Cypress Semiconductor
More USB Terms
HID (Human Interface Device)
Low Speed (LS) USB
As defined by the USB 1.1 Spec, these are devices that don’t pass a lot of data, typically
HID type devices. The data rate is 1.5 Mbit/second. Devices include:
 Mice
 Keyboards
 Gamepads
 UPS systems, etc.
Full Speed (FS) USB
As defined by the USB 1.1 Spec, this is the broadest category of USB devices. The data
rate is 12 Mbit/second, approximately 10BaseT LAN speed. Devices include:
 LAN cards (USB to Ethernet)
 Camera
 Storage devices
 Scanners, etc.
High Speed (HS) USB
As defined by the USB 2.0 Spec, these are the fastest devices that USB currently offers, 14
with a data rate of 480 Mbit/second. Devices include:
©2002 Cypress Semiconductor
More USB Terms (cont.)
Classic speed – another term used for LS and FS / USB 1.1 type traffic
USB 2.0 Hubs
The USB2.0 hub is possibly the most complicated device in USB technology. A hub must
handle LS and FS traffic and possibly HS traffic in both directions, and it must route data to
appropriate devices. USB2.0 hubs operate natively in HS mode. Things to remember are:
 Upstream – in the direction of the Host or Host Controller
 Downstream – away from the Host Controller (outgoing ports)
 Transaction Translator – the processor that converts individual datastreams from
HS to Classic speeds for individual devices.
 Single-TT – One Transaction Translator for the entire hub, meaning all Classic
speed traffic must share one 12 Mbit/second channel.
 Multi-TT - One TT per port, meaning each Classic speed datastream gets full 12
Mbit/second bandwidth.
Chirp
The handshake that a HS device sends upstream to the host to say it is HS capable.
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Storage Terms
Drive Letter
A logical representation of a physical drive used by Windows. The drive letter assigned to a
drive varies depending upon what other drive letters are assigned on a given system, in
conjunction with what order drives are mounted by the OS.
Drive Label (or Volume Name in Mac)
A logical representation of a physical drive that usually goes in conjunction with a drive letter
in Windows. The Label or volume name stays with a partition of a drive, regardless of the
system that it resides on and what drive letter it is assigned.
The Storage Terms on the following few pages are provided for reference and background
information, since we refer to these terms periodically in the SVTL. They are all
interrelated. It is not important for our purposes to know much about these terms or exactly
what the differences are between them, but more to be aware of the general idea of the
terms.
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PIO
Storage Terms (cont.)
Programmed I/O – a protocol in PC architecture for managing IO devices that involves the
CPU in every data transaction. PIO has performance levels 1-4. PIO is a predecessor to
ATA.
ATA
Advanced Technology Attachment – another name (the ANSI name) for IDE. ATA utilizes
DMA for data transfer. Ultra-ATA is a newer, faster version that corresponds to UDMA (see
below for DMA and UDMA). The ATA protocol is defined in performance levels 0-6.
IDE
Integrated Drive Electronics – a protocol to allow the motherboard to communicate with
storage devices directly without involving the CPU, based upon DMA .
ATAPI
AT Attachment Packet Interface – a superset protocol of ATA, allowing CD-ROM and other
non-hard drive devices to communicate via additional commands. ATAPI is part of the
Enhanced IDE (EIDE) interface (also known as ATA-2).
DMA
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Direct Memory Access – the data transfer protocol that allows ATA and ATAPI
RAM
©2002devices
Cypress Semiconductor
Partition
Storage Terms (cont.)
A logical division of a physical hard drive’s space. A partition creates the appearance of
having multiple physical drives. Three types of partitions are used in the Windows
environment – Primary, Extended and Logical.
 Windows 9X OS’s must be loaded on a Primary partition and will only acknowledge
1 Primary partition (others are hidden by a 9X OS). An Extended partition can be
created after at least one Primary partition exists, but cannot be used by itself – one
or more Logical partitions are created within an Extended partition, each then in
turn can be formatted and used for storage or loading and OS.
 Format
- A way of making a drive’s available space usable and referenceable by the OS
 FAT (File Allocation Table) and FAT32
- A standard for disk formatting. FAT (aka FAT16) formatting can only reference disk drives
that are 2GB or smaller and cannot handle long file names (those other than the 8.3 naming
convention). FAT32 has a 32GB max disk size limitation, however either Windows XP or
ME has changed the FAT32 size limitation to something larger that 32GB. FAT32 can
handle long file names, if the OS supports them.
 NTFS (NT File System)
- Another standard for disk formatting, used only by Windows OS’s based upon NT (a
Windows term, New Technology). NTFS is a more efficient, more secure disk formatting
mechanism. It also supports long file names. Drive sizes of much larger than 32GB are
allowed.
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- Some information for these Storage Terms was paraphrased from
©2002 Cypress Semiconductor
www.whatis.com
Imaging Terms
What does it mean to create an
Image?
In reference to imaging a PC storage drive, creating an Image is like creating a
snapshot of the exact contents of a drive partition (or entire drive) including all
installed OS’s, applications, files, registry settings, etc. It is an exact, complete
backup of the original drive or partition.
 Drive – Imaging programs can see more than one physical drive
 Source – the drive location or partition to be backed up
 Destination – the drive location or partition to store the Image file(s)
PQDI (Power Quest Drive Image)
Ghost
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©2002 Cypress Semiconductor
SVTL Basic Training Outline
1. Terms and Concepts
2. Test Scripts Overview
3. Test Configurations
4. Drive Imaging (hands-on)
5. SVTL FAQ’s & Tidbits
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©2002 Cypress Semiconductor
Test Scripts Overview
SV Test scripts vary in content by purpose of test suite. Each suite has been tailored
to target a particular gap or niche. Most tests get used for Driver, ASIC, and Board
(including Hub) testing where appropriate.
Storage Tests








Enumeration – simplest, quickest suite for high frequency, used for Level 1
qualification
Pre-Qualification – simple, quick, but more in-depth than Enum
Functionality – simple but robust, longer timeframe, some software application
involvement
DVD Functionality - runs a DVD-ROM drive through most possible DVD
capabilities
Interoperability – complex, involving many types of devices and applications
Boot – thorough and repetitive focus on cold and warm boot activities
CD-Authoring (full and light) – focus on various ways of working with CD-RW
drives
Driver Installer – focus is on TPP driver installer and how it works with various
devices/OS’s
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©2002 Cypress Semiconductor
Test Scripts Overview (Cont.)
Hub Tests
• Hub - general purpose test to exercise USB hub capabilities. This is a long,
broad-sweep suite
•
LS, LSFS, LSHS, FSHS, AllSpeed - Hub tests designed around the HX2
hub
•
GoldTree - 2.0 suite that walks tester through the procedure used in USB-IF
compliance testing
•
Cable Length - a short test that exercises hubs’ ability to handle mixed data
streams while multiple different length cables connect various peripherals.
•
Vendor-specific (i.e.: Fujitsu) - a suite of tests to focus on a particular
board or device
•
Others are created as need arises
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©2002 Cypress Semiconductor
SVTL Basic Training Outline
1. Terms and Concepts
2. Test Scripts Overview
3. Test Configurations
4. Drive Imaging (hands-on)
5. SVTL FAQ’s & Tidbits
23
©2002 Cypress Semiconductor
Test Configurations Selection
1. Select a “pending” location on the Test Configuration
chart OR
Select a Test Script to be evaluated from a Failure
Report
1. Determine the type of Tests Suite
2. Determine the OS to be used
3. Determine which (if any) storage devices are to use
4. Determine the Bridge (board and ASIC)
5. Determine the Storage Driver
6. Determine the appropriate HC
7. Determine the HC Driver
8. Determine the USB Mode
9. Determine the appropriate Code Version
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©2002 Cypress Semiconductor
Test Configurations
 Headings
(noted by
)
In the headings are described many of the general details that are to be
used for all the various scripts such as:
 Windows or Mac
 Device Under Test (DUT) such as a Board, ASIC, or Driver
 Drivers to be used and their Versions
 Keys (noted by
)
Several Keys are used to show additional information, typically by color
coding, for example:
 Pending or Complete (shows status of particular test suites)
 The color of the text of the suite name indicates the Host Controller
from the Key to use for that particular test suite
 Storage Drivers are indicated by color coded column
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©2002 Cypress Semiconductor
Test Configurations
 OS Columns
(noted by
)
Columns show both OS and which
storage drivers (as shown in the
Key) are to be used all test
suites in that column and OS.
 Device Rows
(noted by
)
Categories of storage devices are
shown by Type (ie: CDRW, 3.5”
HD, etc.) and specific drive
models are often recommended
in the Device Model section,
though they need not be
absolute in most cases and
substitutions for similar devices
is OK.
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©2002 Cypress Semiconductor
Test Configurations (eg)
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©2002 Cypress Semiconductor
Master Test List
The Master Test List is the combination of the Test Scripts from
each unique Test Suite (though not
including duplicates when a suite is
run in a different configuration).
For example, the Master Test List
may include the scripts from the
Boot, Pre-Qual, Functionality, IO,
and Hub Test Suites.
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©2002 Cypress Semiconductor
Test Groups
PLUG-N-PLAY
INSTALLER
ENUM
COPY
STANDBY/SLEEP
MANUAL
COMPLIANCE
CD / DVD
WRITE PROTECT
ERRORS
REMOVAL/UNINSTALL
FORMAT/SCAN
NETWORK
EZ CD CREATOR
BHA B's Recorder
Adaptec's Direct CD
BHA B's Clip
NERO BURN
MAC CDR
OS CDBurning
Other CDBurning
ITUNES
RETROSPECT
CD MOUNTING
CONTROL STRIP
APPLE CD PLAYER - DIGITAL
BOOT
HUB TESTS
PERFORMANCE
WHQL
OS UPGRADES
ATA_Security
Verity_VID_PID
Sony
Interoperability
USB_Multispeed
Audio_Video
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VERIFY
©2002 Cypress Semiconductor
Test Groups
CONTROL STRIP
PLUG-N-PLAY
NETWORK
APPLE CD PLAYER - DIGITAL
INSTALLER
EZ CD CREATOR
BHAof
B'stest
Recorder
TestENUM
Groups are logical groupings
scripts describingBOOT
the kind of testing
HUB TESTS
COPY
Adaptec's Direct CD
activity
that occurs in that script.
For example, if a test script
requires a copy to be
PERFORMANCE
STANDBY/SLEEP
BHA B's Clip
WHQL
executed,
then this would fit into
theBURN
COPY group.
MANUAL
NERO
OS UPGRADES
COMPLIANCE
MAC
CDR
Many
test
scripts
include
more
than
one
grouping
because
the type of testing activity
ATA_Security
CD / DVD
OS CDBurning
Verity_VID_PID
involves
thing going on while
is going on. For
example, a script may say
WRITEone
PROTECT
Otheranother
CDBurning
Sony
ERRORS
ITUNES
to place
a PC into standby while
a copy is going on. The first
activity mentioned is the
Interoperability
REMOVAL/UNINSTALL
RETROSPECT
USB_Multispeed
primary
Test Group. The next CD
activity
requested is the Test
Group 2.
FORMAT/SCAN
MOUNTING
Audio_Video
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VERIFY
©2002 Cypress Semiconductor
Linking Test Suites, Groups, and the
Master Test List
ENUM
{
The Test Plan will contain a list of Test
Groups to be run for a particular project.
The Master Test List will contain the
specific scripts and the groupings the each
script includes but will be organized by
Test Suite.
The Test Configuration sheets lay out a
mapping of the Test Suites to be associated
with each particular type of device, driver,
and OS.
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©2002 Cypress Semiconductor
Test Worksheets

Worksheet Header information





Tester name or initials or TLA
SV Test PC number
What OS is this test suite being run in?
Is the storage device in Master or Slave mode?
Is USB in 1.1 or 2.0 Mode?
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Test Worksheets

Worksheet Header information (cont.)






What is the storage device Manufacturer name?
What is the storage device Model number?
What Type of device is the storage device?
Which Storage Driver is being used for this test suite?
What is the Version number of that storage driver?
Usually NA these days, but if you are given a specific Driver Drop, enter it.
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©2002 Cypress Semiconductor
Test Worksheets

Worksheet Header information (cont.)






What is the storage device Serial number?
Which Host Controller is being used for this test suite?
Is the host controller in USB 1.1 or 2.0 Mode?
What host controller Type (UHCI, OHCI or EHCI)?
Which Host Controller Driver is being used (MS or other)?
What is the Version number of the host controller driver?
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©2002 Cypress Semiconductor
Test Worksheets

Worksheet Header information (cont.)




What is the name of the bridge Board being used in this test suite?
Which ASIC is on the board?
Bits are usually left NA these days unless specifically stated otherwise.
The Code Version is like a project name or a project identifier to help track
results within Matrix. The Test Lead should specify what Code Version to
use.
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©2002 Cypress Semiconductor

Test Worksheets
Results information





Pass – Expected Results are achieved
Fail – What is asked for in Expected Results fails to occur or if other
unexpected results, harmful or otherwise occur. Usually it is best to ask a
test lead if there is uncertainty.
Not Run – script is not run by choice, not related to a previous Fail
Blocked – script does not get run due to a previous Fail that prevents it
Comments – comment all relevant info to show what was tried, how a Fail
occurred, if any surprises or strange things occurred, etc.
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©2002 Cypress Semiconductor
SVTL Basic Training Outline
1. Terms and Concepts
2. Test Scripts Overview
3. Test Configurations
4. Drive Imaging (hands-on)
5. SVTL FAQ’s & Tidbits
37
©2002 Cypress Semiconductor
Drive Imaging
Naming Convention:
In order to select the correct disk image, files need significant labels. Ghost and PQDI
use the 8 character DOS naming convention. For the SVTL, we will use the
following convention: ##OSCCCC where ## is the number of the PC from the list
of PC’s in the SV Test group (such as 07). OS denotes image operating system
and CCCC denotes image application and tool contents.
OS:
2K = Windows 2000;
ME = Windows Millennium
98 = Windows 98 Gold;
SE = Windows 98 SE
XH= Windows XP Home;
XP = Windows XP Pro
Some examples of CCCC:
BASE = no apps, no Office tools, no network; Minimal CLEAN install
APPS = BASE + Non-Window Apps (USB chapter 9 + Acrobat PDF reader + Quick
Time movie player)
OF97 = BASE + APPS + Office Professional 97
OF20 = BASE + APPS + Office Professional 2000
NO97 = BASE + APPS + OF97 + Network communications
NO20 = BASE + APPS + OF20 + Network communications
USB2 = USB2.0 drivers installed (must be at least since 3/22/01)
DEBG=Debug tools installed
OHCI = OHCI drivers installed for Win98SE on otherwise base image
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An appropriate name would be “222KBASE.PQI”
©2002 Cypress Semiconductor
Appropriate comments could be “SVTest System #22 Windows 2K Base image
Drive Imaging
PQDI Hands-on (create)
The best way to experience software tools is often times to actually use the tools.
Please follow the steps below as you walk through the PQDI module.
1.
1.4.
2.
Starting PowerQuest Drive Image (PQDI)
1.1. Boot PC from a DOS floppy disk
1.2. At the DOS prompt, change to the D: Drive
1.3
Change to the PQDI or IMAGES or DIMAGE directory (different PC’s differ
slightly as to their setup)
Run PQDI
Creating a new image
2.1. Click on (or tab to, if no mouse support) the Create Image button
2.2. Select an Image Name
2.2.1.
At the Image File Name screen, click Browse
2.2.2.
Select D: from the Drives list
2.2.3.
Select the directory where image files exist (usually ‘Images’)
2.2.4.
Click in the File Name Box
2.2.5.
Select an appropriate name per the naming convention
2.2.8.
Click OK
2.2.8.
In Comments box, describe in detail, all particulars of this image
including what elements are installed
2.2.9.
Click OK
2.3. Select High compression and then click Next
2.4. At the ‘Ready to Create Image File’ screen, verify:
2.4.1.
Desired file name and drive letter and directory for the destination
2.4.2.
Correct Source Partition
2.4.3.
Click Finish when satisfied that all is correct
2.4.4.
When complete, click OK and exit
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©2002 Cypress Semiconductor
Drive Imaging
PQDI Hands-on (restore)
3.
Restoring an image
3.1. Click on Restore Image button
3.2. Choose an Image File
3.2.1.
At the ‘Select Image File’ screen, click Browse
3.2.2.
Select D: from the Drives list
3.2.3.
Select the directory where image files exist (usually ‘Images’)
3.2.4.
Click on a file name (read comments to ensure you are choosing the one
you want)
3.2.5. Click OK
3.2.6. Select Image File partition (C: drive)
3.2.7. Select Destination partition (C: drive)
3.2.8. Click OK at the ‘Restore Image’ screen
3.2.9. Click FINISH at ‘Ready to Restore’ screen – may take from 5 to 45 min
3.2.10. Click NO to view Result upon completion
3.2.11. Click EXIT
3.2.12. Click REBOOT to restart into the OS image just installed.
3.3. Ensure boot disk is ejected.
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©2002 Cypress Semiconductor
Drive Imaging
Ghost Hands-on (create)
1.
Starting Symantec’s Ghost
1.1 Boot PC from a DOS floppy disk
1.2 Insert a Ghost floppy disk in the A: drive
1.3 Run ‘ghostpe.exe’
1.4 Press enter at the Copyright screen
2.
Creating a new image
2.1 Caveats of using Ghost vs. PQDI.
2.1.1
Less user-friendly
2.1.2
Inability to comment images
2.1.3
Inability to image from one partition of a drive to another partition of same drive.
2.2 Navigate to the ‘Image’ option
2.2.1
Move arrow keys to ‘Local’
2.2.2
Move arrow keys to ‘Partition’
2.2.3
Move arrow keys to ‘Image’ and press Enter
2.3 At the ‘Select local source drives…’ screen, move arrow keys to drive
2.3.1
Select drive by size in MB
2.3.2
Color will be lighter grey when highlighted
2.3.3
Press Enter
2.3.4
Highlight will become Blue when selected
2.4 At the ‘Select source partition(s)’ screen, move arrow keys to partition
2.4.1
Color will be lighter grey when highlighted
2.4.2
Press Enter
2.4.3
Highlight will become Blue when selected
2.4.4
Tab until Ok is in white
2.4.5
Press Enter
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©2002 Cypress Semiconductor
Drive Imaging
Ghost Hands-on (create)
2.5 At the ‘File name to copy image to’ screen, Tab until drive list is highlighted in white
2.5.1
Press Enter to open list
2.5.2
Highlight drive
2.5.3
Press Enter
2.5.4
Tab to the ‘File name’ field and enter a file name
2.5.4.1 Name must be descriptive (no commenting is possible in Ghost)
2.5.4.2 Eight characters, then dot, then ‘gho’ – (ie: 122kbase.gho)
2.5.5
Press Enter
2.6 At the ‘Compress Image?’ screen
2.6.1
Select ‘High’
2.6.2
At ‘Proceed?’ move arrow keys to highlight ‘Yes’
2.6.3
Press Enter
2.7 At ‘Dump completed successfully’
2.7.1
Press Enter on ‘Continue’
2.7.2
Move arrow keys to ‘Quit’
2.7.3
Press Enter
2.7.4.
Select ‘Yes’
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Drive Imaging
Ghost Hands-on (restore)
3.
Restoring an image
3.1 Start Ghost and accept the Copyright information
3.2 Navigate to the ‘Image’ option
3.2.1
Move arrow keys to ‘Local’
3.2.2
Move arrow keys to ‘Partition’
3.2.3
Move arrow keys to ‘Image’ and press Enter
3.3 At the ‘File name to load image from’ screen
3.3.1
Tab to the drive selection list
3.3.2
Press Enter
3.3.3
Select the appropriate Ghost image file (.gho)
3.3.4
Press Enter
3.4 At the ‘Select source partition from image file’ screen
3.4.1
Move arrow keys to highlight (stay there if only one partition)
3.4.2
Press Enter
3.5 At the ‘Select local destination drive…’ screen
3.5.1
Move arrow keys to highlight the appropriate drive
3.5.2
Press Enter
3.5.3
Selected partition become Blue
3.6 At the ‘Select destination partition from drive #’ screen
3.6.1
Highlight the appropriate partition (no guaranteed answers here)
3.6.2
Press Enter
3.7 At the ‘Proceed?’ screen
3.7.1
Move arrow keys to ‘Yes’ – no going back from here!
3.7.2
Upon completion, press Ok to continue
3.7.3
Move to ‘Quit’
3.7.4
Press Enter
3.7.5.
Select ‘Yes’
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SVTL Basic Training Outline
1.
2.
3.
4.
Terms and Concepts
Test Scripts Overview
Test Configurations
Drive Imaging (hands-on)
5. SVTL FAQ’s & Tidbits
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SVTL FAQ’s & Tidbits


FAQ’s
Links to cool sites
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©2002 Cypress Semiconductor