Tektronix products are covered by U.S. and foreign patents, issued and pending. Information in this
publication supersedes that in all previously published material. Specifications and price change privileges
reserved.
TEKTRONIX and TEK are registered trademarks of Tektronix, Inc.
Cerify is trademark of Tektronix, Inc.
This document supports software version 7.6 and above.
Cerify Te
To obtain technical support for your Cerify system, send an e-mail t o the following address:
cerify-
chnical Support
support@tek.com
.
Contacting Tektronix
Tektronix, Inc.
14150 SW Karl Braun Drive
P. O . B o x 5 0 0
Beaverton, OR 97077
USA
For product information, sales, service, and technical support:
In North America, call 1-800-833-9200.
Worldwide, visit www.tektronix.com to find contacts in your area.
Warranty
Tektronix warrants that the media on which this software product is furnished and the encoding of the programs
on the media will be free from defects in materials and workmanship for a period of three (3) months from the
date of shipment. If any such medium or encoding proves defective during the warranty period, Tektronix will
provide a rep
product is furnished, this software product is provided “as is” without warranty of any kind, either express or
implied. Tektronix does not warrant that the functions contained in this software product will meet Customer's
requirements or that the operation of the programs will be uninterrupted or error-free.
In order to obtain service under this warranty, Customer must notify Tektronix o f the defect before the
expiration of the warranty period. If Tektronix is unable to provide a replacement that is free from defects in
materials and workmanship within a reasonable time thereafter, Customer may terminate the license for this
software product and return this software product and any associated materials for credit or refund.
THIS WARRANTY IS GIVEN BY TEKTRONIX WITH RESPECT TO THE PRODUCT IN LIEU OF ANY
OTHER WARRANTIES, EXPRESS OR IMPLIED. TEKTRONIX AND ITS VENDORS DISCLAIM ANY
IMPLIED
TEKTRONIX' RESPONSIBILITY TO R EPLACE DEFECTIVE MEDIA OR REFUND CUSTOMER'S
PAYMENT IS THE SOLE AND EXCLUSIVE REMEDY PROVIDED TO THE CUSTOMER FOR
BREACH OF THIS WARRANTY. TEKTRONIX AND ITS VENDORS WILL NOT BE LIABLE FOR
ANY INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES IRRESPECTIVE OF
WHETHER TEKTRONIX OR THE VENDOR HAS ADVANCE NOTICE OF THE POSSIBILITY OF
SUCH
lacement in exchange for the defective medium. Except as to the media on which this s oftware
WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE.
ur Cerify Installation for Best Performance ...........................................274
Cerify Automated Video Content Verification System User Manualv
Table of Contents
viCerify Automated Video Content Verification System User Manual
AcknowledgementsAcknowledgements
Acknowledgements
Apache. This product uses software developed by the Apache Software Foundation,
http://www.apache.org/
Castor, Log4
Apple. This product uses parts of the Darwin Streaming Server source code covered by the Apple Public
Source License. For copies of this license and modifications made to the sour
software license notices and source code provided with Cerify.
Apple and QuickTime are trademarks of Apple Inc., registered in the United States and other countries.
http://www.apple.com/
Dolby. Manufactured under license from Dolby Laboratories. This product uses software developed
by Dolby Laboratories. http://www.dolby.com/
DynamicReports libraries. This product uses DynamicReports libraries for creating PDF reports.
dynamicreports.sourceforge.net/index.html
Expat. This product uses the Expat XML Parser. http://expat.sourceforge.net/
FFmpeg. This product uses software developed by the FFmpeg project, ffmpeg.mplayerhq.hu.
Specifically, support for DV is provided by some components of the libavcodec and libavutil libraries.
HardingFPA OEM Interface library. This product uses HardingFPA OEM Interface library f or PSE
analysis developed by and used under license from Cambridge Research Syste ms. http://www.crsltd.com/
HTMLUNIT. This product includes software developed by Gargoyle Software Inc.
http://www.GargoyleSoftware.com/
Java This product uses Java™ technology. The TM and technology are explicitly required by Sun.
http://www.sun.com/policies/trademarks
JBoss. Modifications have been made to the source code of the JBoss application server. This source code
is available on request. http://www.jboss.org/developer
JCIFS. This product uses the Java CIFS Client Library, jcifs.samba.org. http://jcifs.samba.org/
JDIC This pr
oduct uses the JDIC Java integration components. https://jdic.dev.java.net/
JPEG. This product uses free JPEG software from the Independent JPEG Group.
JUnit. This product uses the JUnit regression testing framework, www.junit.org.
MXF. This product uses MXF software developed by and used under license from O PENCUBE
Technologies SAS, http://www.mxftk.com/
Cerify Automated Video Content Verification System User Manual1
.
AcknowledgementsAcknowledgements
MainConcept decoder libraries. This product uses MainConcept decoder libraries for decoding AVC,
MPEG-2, VC-3/DNxHD, and JPEG 2000. These libraries are used under license from MainConcept.
http://www.m
MySQL. This product is powered by the MySQL database. MySQL is written and distributed under
the GNU Gener
the general public.
ainconcept.com/
al Public License which means the source code is freely distributed and available to
Rhino. This product uses the Rhino implementation of JavaScript, http://www.mozilla.org/rhino/
Saxon. This product uses Saxon XSLT processor, saxon.sourceforge.net.
Windows Media. This product is protected by certain intellectual property rights of Microsoft. Use or
distribution of such technology outside of this product is prohibited without a license from Microsoft.
WinDump. This product uses the WinDUMP network diagnostic utilities.
http://www.winpcap.org/windump
WinPcap. This product uses the WinPcap packet capture libraries. http://www.winpcap.org/
7-Zip. This product uses the 7-ZIP file archiver. http://www.7-zip.org/
roduct includes software developed by Andy Clark.
.
.
2Cerify Automated Video Content Verification System User Manual
PrefacePreface
Preface
Cerify is an automated system for testing compressed digital media before transmission or use. Through a
Web-based interface, users can create Jobs, which w ill perform a sequence of checks on a set of media
files, and vie
Contents of this Manual
This manual describes the system in detail, provides procedures for using the system, and includes full
reference documentation.
Getting Started describes the system capabilities, configuration, and first time operation.
w the results.
Operatin
Reference provides detailed information about each page (or window, or menu item) in the user
interfa
Appendix A: Alerts lists and defines all the stream compliance and integrity checks that can be
Appendix C: Software M aintenance details the procedure to reinitialize the Cerify application and to
upgra
Appendix D: CeriTalk provides information about an XML-based API that lets you interact with Cerify
from
broadcast automation, and workflow systems.
App
configuring your installation for best performance and commercial off-the-shelf platform
recommendations.
gBasicsprovides a functional overview, basic concepts, and tutorials for using the system.
ce.
d out.
e system recognizes.
de the license dongle options.
within other applications, making it possible to integrate Cerify with other content management,
endix E: Configuring Your Cerify Installation provides information on modes of operation,
Related Documentation
The following related documents support the product:
Cerify Online Help
Cerify Quick Start User Manual (Tektronix part number, 071-2680-xx)
Cerify Release Notes (Tektronix part number, 077-0752-xx)
Cerify Third Party Software License Notice Document (Tektronix part number, 001-1513-xx)
Cerify Upgrades Read This First (Tektronix part number, 061-4355-xx)
Cerify Automated Video Content Verification System User Manual3
PrefacePreface
4Cerify Automated Video Content Verification System User Manual
Getting StartedProduct Description
Product Description
This is a media testing product which runs either on a single computer or on a cluster of two or more
dedicated computers connected on a network running Microsoft Windows. This automated video content
verification
parameters. It provides both broadcast and production operations with a fast, cost effective QC solution.
system can be used to check for correct digital encoding and against baseband quality
Cerify can b
management systems and provide a completely automated workflow. A Web based user interface allows
test results to be viewed from any network connected workstation.
e integrated w ith your existing infrastructure using the CeriTalk API to interface with asset
System Components
Cerify accesses digital media from local storage, such as a local hard drive or DVD, as well as network
storage, such as a Windows file server or FTP server.
A Cerify system can be set up in three basic ways:
The first consists of a single self-contained unit which runs all the management and testing processes
of the system.
The second consists of a networked cluster of two or more units, which enables simultaneous
processing of a greater number of files. The networked cluster contains a single Supervisor and one
or more Media Test Units.
The third consists of a cluster of three or more units with high availability (HA) support. Cerify
Enterprise Cluster with high availability (also referred to as an HA cluster) is a Cerify cluster enabled
with support in the case of a Supervisor system failure.
Cerify Automated Video Content Verification System User Manual5
Getting StartedProduct Description
License Dongle
The license dongle must be plugged into the USB port on your computer to run the application. In a
clustered system, Media Test Units acquire their licenses from the Supervisor.
In the case of an HA cluster, two identical license dongles are supplied. The two dongles need to be
inserted in the USB ports of the primary and secondary supervisors. Media Test Units will acquire licenses
from the active primary Supervisor.
License dongle
It is possible to navigate the user interface and see previous results when no dongle is installed, but it is not
possible to carry out new checks of digital media files. The license dongle controls:
The types of codecs and file formats that can be checked
The number of channels that can be used
For demo dongles, when the license will expire
rconfiguration (Supervisor, Secondary Supervisor or Media Test Unit, High Availability cluster
Serve
or not, etc.)
NOTE. If you unplug a dongle and plug in another dongle, or if the connected dongle is upgraded with a
new v2c file, a restart of Cerify is necessary for the license dongle to work correctly.
When you install a new version of the Cerify software for a high availability (HA) cluster, both of the
dongles connected to the primary and secondary Supervisors must be upgraded.
6Cerify Automated Video Content Verification System User Manual
Getting StartedProduct Description
Networking
In a clustered configuration, network interface on all of the units, including the Supervisor, secondary
Supervisor (HA cluster only) and Media Test Units, should be connected to the local area network. This
connection is used to access media files, to service Web clients, and to carry cluster control traffic.
Clustering topology
Cerify Automated Video Content Verification System User Manual7
Getting StartedProduct Description
Software Components
Software components include:
A Web-based user interface, which allows users to create and control Jobs, and to view or report
the results of these Jobs. This interface is accessed over the network by using a Web browser. All
you need to know is the IP address of your unit.
Media test service, which performs media file verificationaccordingtotheruleschosenbytheuser.
A database, which provides robust storage of the system entities, including users, Jobs, and Job results.
An XML-based control and reporting API known as CeriTalk. CeriTalk allows interaction with Cerify
from within other applications, making it possible to integrate Cerify with other content management,
broadcast automation, and workflow systems.
A Web application server that provides access to the Web interface and runs the core services for
the application.
A license server, which controls the types of files t hat can be verified.
The system tray icon and menu, which provides access to the Cerify Web-based user interface and
allows the application to be started and stopped. The system tray is not available when Cerify is
installed as a Windows service.
Cerify as a Standalone System
A standalone system is a single machine that combines the functions of a Supervisor unit and a Media Test
Unit. The process that carries out the media file testing is known as the Media Test Client (MTC).
8Cerify Automated Video Content Verification System User Manual
Getting StartedProduct Description
Cerify Enterprise Cluster
The Supervisor unit controls the cluster system. It hosts the database and the Web server, allowing
multiple users to set up and view Jobs. It is responsible for locating the media files from the network, but
delegates actual transfer and processing of these files to one or more Media Test Units. The Supervisor
unit organiz
Each Media Test Unit is responsible for processing the digital media files in a networked cluster. It
applies the
process the files.
es and stores the resulting outputs.
user-specified tests, and reports back the results. The Supervisor can also be configured to
Local area networking
Cerify Automated Video Content Verification System User Manual9
Getting StartedProduct Description
Cerify High Availability Enterprise Cluster
The Cerify high availability enterprise cluster (also referred to as an HA cluster) is a Cerify cluster enabled
with support in the case of a Supervisor system failure. In an HA cluster, one of the member units of the
cluster is configured as a backup to the Primary Supervisor and is called the Secondary Supervisor.
If Cerify on the Primary Supervisor goes down for any reason (for example, due to a machine crash), the
Secondary Supervisor automatically takes over and manages the cluster. All other units (MTUs) now form
aclusterwi
the Secondary Supervisor and will be ready to take over when the current Supervisor goes down.
th the Secondary Supervisor. Once the Primary Supervisor recovers, it will assume the role of
The Second
and the MTUs in the cluster while performing the job of a Secondary Supervisor.
In an HA cl
interface cards on the system. One will be used for the cluster function and the other for communication
(Ceritalk/Web). Also, it is mandatory to use static IP addresses for all the units forming the HA cluster.
In an HA cluster, identical dongles must be connected to the Primary Supervisor and Secondary Supervisor.
When starting an HA cluster, the cluster units should be started in the following order:
1. The Primary Supervisor should be started first with one of the two HA dongles installed. At the time
the Primary Supervisor is started, the system with the Secondary Supervisor installed should be up and
have the matching HA dongle installed. Otherwise, the Primary Supervisor will not start.
2. The Secondary Supervisor should be started next.
3. The Media Test Units should be started one by one after both the Primary Supervisor and Secondary
Supervisor are started.
ary Supervisor is a part of the HA cluster and can also process files like the Primary Supervisor
uster, it is mandatory for the Primary Supervisor and Secondary Supervisor to have two network
10Cerify Automated Video Content Verification System User Manual
Getting StartedProduct Description
Clustering Requirements
Two or more PCs with 64-bit Windows Server 2008 SE OS installed.
Administrator privileges on all the m achines on which the Cerify software will be installed.
All of the systems with Cerify installed need to meet the minimum hardware specifications.
All of the cl
network as the Supervisor unit. It is recommended that each cluster unit be configured with Static IP
addresses.
All of the PCs in the cluster should be able to route to each other. The Supervisor unit and the
Secondary Supervisor unit (in the case of an HA cluster) each need to be given a network name that is
recognized and resolved by all of the units in the cluster.
You should know the fully qualified name of the Supervisor unit and the Secondary Supervisor
unit and provide these when the installer of the other units in the cluster asks for the names of the
Supervisor and Secondary Supervisor units.
In the case of a normal cluster (non-HA cluster), if the Supervisor or Media Test Units have more than
one network interfaces, it is better to bridge all the network interfaces together. For instructions on
configuring the network bridge, refer to Configuring a Network Bridge
Synchronization between all the units in cluster must be maintained. For example, use an NTP server
to synchronize the units in a cluster.
All the units in the cluster should be configuredtobeinthesametimezone.
ustering PCs, Media Test Units, and Secondary Supervisor unit should reside on the same
(see page 23).
Cerify Automated Video Content Verification System User Manual11
Getting StartedProduct Description
Clustering Scenarios Which may not Work
Clusters may not work in the following scenarios:
If the Supervisor, the Secondary Supervisor (in the case of an HA cluster), and the Media Test Unit are
in different subnets wherein the switch blocks the multicast or UDP traffic.
If any of Supervisor, Secondary Supervisor, or Media Test Unit systems has Windows firewall running,
the Firewall may need some additional configurations for the cluster to work. Contact your Tektronix
representative for more informationonhowtosetupthisconfiguration.
If a Media Test Unit or Secondary Supervisor cannot resolve Supervisor host name.
In the case of an HA cluster, if the Supervisor can not resolve the host name of the Secondary
Supervisor and vice versa.
If the Supervisor does not have a host name or if the Supervisor has a host name with Japanese
or Chinese characters.
If a network has another system with the same host name as the Supervisor (or Secondary Supervisor)
system.
If the host name of the Supervisor (or Secondary Supervisor) changes after cluster installation.
If the http port on the Supervisor is configured to a different port number after cluster installation.
In this case, the property cerify.supervisor.httpport in the cerifysystem.properties on the Media Test
Units must be changed to the new port number.
If the http port on the Supervisor is configured differently than that of the Secondary Supervisor.
If the IP addresses of any units in the cluster change after the installation. In this case, the property
cerify.jboss.bindaddress must to be changed to the current IP address.
In the case of a normal (non-HA) cluster, if the Supervisor has multiple network i nterfaces connected
to the same network and if DNS/WINS are not configured properly, troubleshoot this problem by
doing either of the following:
By adding an entry containing the Supervisor host name and the IP address used by Cerify on
Supervisor in "hosts" file, which can be found in
C:\WINDOWS\system32\drivers\etc in all
the Media Test Units.
By bridging all the network interfaces together.
Clusters might not work correctly if there is momentary network outage in which case the clusters
have to be restarted.
12Cerify Automated Video Content Verification System User Manual
Getting StartedSystem Installation
System Installation
This section provides details of hardware, software and user prerequisites for the system and instructions
on performing the software installation.
Prerequisites
Hardware Prerequisites
Cerify is designed to be run on a variety of PC hardware. Consequently, the choice of hardware is
determined by performance and throughput requirements for your installation.
This section recommends hardware configuration for some situations in which Cerify is typically used.
Cerify can be installed as either of the following two configurations on a given computer:
Single channel. A single channel installation is one that is licensed to test a single media file at a time.
Such installations are normally performed on a PC or a laptop computer and are suitable for situations
where a low throughput is sufficient and performance is not critical.
Multichannel. A typical multichannel installation of Cerify tests 4-8 media files at a time on a
single unit. Due to the high throughput and performance requirements that are expected from such
installations, it is recommended that server class hardware and operating systems be used in such cases.
In addition to the throughput required, the hardware requirements also depend heavily on the mode of
operation that will be used. Cerify can operate in two modes:
Streaming mode
In this mode, media files are read directly from the media server hosting the file and are not copied
to the local hard disk of the Cerify system. This is the default mode of operation and is also the
preferred one.
Copying mode
Media files are copied to the local hard disk of the Cerify system before processing can begin. By
default, Cerify will not copy files to the local hard disk, but it is possible to force Cerify to operate in
this mode.
The mode of operation that applies to your Cerify installation depends on the file formats you would like to
test and other work flow and connectivity related constraints that might apply to your situation. See the
Modes of Operation
The functional differences between these two modes of operation impact primarily on the disk space
availability and disk configuration requireme
of disk space and high levels of concurrent read/write performance from the hard drives in order for best
overall performance while the streaming mode can derive comparable overall performance with a lesser
amount of disk space and lower read/write efficiency. Consequently, when possible, the streaming mode
should be used in preference to copying mode.
(see page 270) for a detailed discussion on the factors that influence this.
nts. Specifically, the copying mode requires a greater amount
Cerify Automated Video Content Verification System User Manual13
Getting StartedSystem Installation
The general guidelines that should be followed when selecting hardware are:
Processor: 3 GHz
Cerify is capable of using as many processor cores as available for improved processing performance.
While the minimum required configuration is 2 cores per channel, for optimum performance, it is
recommended to allocate between 4 and 6 processor cores per Cerify channel. It is also recommended
that for best performance, you choose as much on-chip memory cache as possible.
NOTE. Cerif
Intel based server platform.
Memory:
It is recommended to use a minimum of 4 GB of RAM per channel and an additional 4 GB for the
operati
memorythereforeis: 4x4GB(perchannel)+4GB=20GB.WhentheexpectedloadinCerifyis
likely to be largely composed of huge media files, more memory per channel may be necessary.
Hard disk drive: 100 GB x 3
For an e
Windows and Cerify installation (including database) to achieve fault tolerance in case of disk failure.
This logical drive should be at least 100 GB in size. For systems that are expected to support high
levels of throughput, it is recommended that you have 500 GB of space on this logical drive.
The amount of additional storage you need depends on the mode of operation that applies to your
installation, the average size of the files you will be processing and the number of channels you
will be running.
y is optimized for Intel processor architectures, and therefore it is recommended to use an
ng system and the Cerify database. For optimum performance for 4 channels, the recommended
nterprise installation, Tektronix recommends using a RAID on which to place the MS
Streaming mode
Due to the minimal hard disk utilization when operating in the streaming mode, it is sufficient to
provide a single dedicated hard disk of 100 GB in size as temporary storage for Cerify.
Copying mode
The minimum hard disk space provided must be greater than the average file size being processed
multiplied by the number of channels. It is recommended that the temporary storage be RAID-ed
for better performance.
For help choosing the optimal number of hard disks for your installation and the best RAID levels to
use, see Configuring Your Cerify Installation for Best Performance
Network interface: 1 Gbit/s
You might use multiple network interfaces to improve available network bandwidth.
Integrated RAID controller
A DVD drive (used for installing the software)
A USB port, for connecting the license dongle
14Cerify Automated Video Content Verification System User Manual
(see page 274).
Getting StartedSystem Installation
A license dongle (provided with the product)
Redundant power supply
For more detailed specification of a recommended enterprise PC platform, see Commercial off-the-Shelf
Recommendations (see page 278).
Supported Platforms
Windows 7 - 64 bit
Windows Server 2008 64-bit
Windows Server 2008 R2 64-bit
NOTE. Cerify is expected to operate correctly on other variants of Windows as well, but it has been
qualified only on the ones specified above.
Apple ProRes, Generic QuickTime and JPEG 2000 Video decoding functions are not available on
Microsoft Windows XP 64 bit and Windows Server 2003 because of known compatibility issues with
QuickTime Player.
Software Prerequisites
mputer on which the application is installed will need the following:
The co
To run one of the Supported Platforms.
To access the system through its Web user interface from another computer on the network, the client
computer must have a Web browser installed.
E. To access the application, the preferred Web browser is Microsoft Internet Explorer
NOT
7.0 and above). The application has also been tested with Mozilla Firefox. There may be minor visual
differences in the appearance of the user interface in different Web browsers.
(version
Cerify Automated Video Content Verification System User Manual15
Getting StartedSystem Installation
Software Inst
Before installing the Cerify application, your PC must be correctly connected to your local network.
This allows:
The Cerify application to test the files that are available on other machines on the network.
Other m achines to interact with Cerify automatically (for example, using CeriTalk automation clients,
or copying of report files to network locations).
Multiple users to connect to the Cerify Web user interface from remote computers.
For the last two cases, you need to know the IP address or the network name of the machine that Cerify
is installed on. Network settings on the PC are configured in the usual manner using Windows. If your
machine is not properly configured or you do not know the name o r IP address information, contact your
system ad
Installation Considerations
Before installing Cerify, you should be aware of the following information:
It is re
sole running application. Cerify makes intensive use of both CPU and memory and will considerably
degrade the performance of other running applications. Similarly, running other applications or
services simultaneously will degrade the performance of Cerify and increase the time taken to process
amediafile.
allation
ministrator.
commended that the Cerify application be installed on a machine where it can be used as the
Cerify relies on third-party software applications that are packaged and installed with it: JBoss and
MySQL. If these applications are already used on the PC, you should remove them before attempting
to install the Cerify.
The Cerify license server relies on Sentinel HASP (formerly Aladdin HASP SRM) drivers, which are
installed and configured along with it. It is recommended that other applications that rely on HASP
censes not be used with Cerify on the same machine.
li
Cerify uses a number of network services that are local to the host PC. These services can sometimes
e blocked by personal firewall software, in which case an error message will be displayed when Cerify
b
starts. For example, on Cerify start up, a check is made to verify that communication with HASP can
be established. If the Cerify application is unable to communicate with HASP, an error message,
Unable to connect to HASP License Manager (port 1947). Please check if the HASP License
Manager service is running and is not blocked by a firewall is displayed and Cerify is stopped.
In such situations, configure the firewall to allow the service on the appropriate port, or alternatively
disable the firewall entirely.
An installation log is written to the "%userprofile%\Cerify\CerifyInstallationLogs_<Timestamp>"
folder. This log gives details of selections you made during the install and any errors encountered
in case of failure to install.
If you would like multiple users to be able to run the Cerify application on the PC, make sure you
select a location that has read and write permissions for those users as the temporary video folder. A
directory located within a user's private directory is not s uitable in this case.
16Cerify Automated Video Content Verification System User Manual
Getting StartedSystem Installation
While choosing the location for storing temporary video files during installation, make sure that there
is sufficient free space in this folder to store large video files
Cerify uses the computer name (as stored in the environment variable named "COMPUTERNAME")
to uniquely identify some of its network services. This will not work if non-ASCII characters are
used in the co
Cerify will fail to run if any other Web services using port 80 are running on the system where the
Cerify is in
you shut down the other port 80 services running on the system. Alternatively, you can configure
the Cerify Web port to use a port other than 80.
It is not possible to install a lower version of Cerify when you have a higher version of Cerify already
installed. For example, if you install Cerify version 6.1 and then you want to go back to Cerify
version 6.0, you will need to first uninstall Cerify 6.1 and then install Cerify 6.0.
mputer name.
stalled (for example, the IIS Admin service, Skype or Apache). You can run Cerify once
Installing Cerify
The installation of the Cerify application takes several minutes; typically between 5 and 15 minutes
depending on the speed of your PC.
ON. To prevent installation problems, be sure to read about the known installation limitations.
CAUTI
Installation Issues to Consider
stall Cerify, you need to perform the following steps:
To i n
1. Run the Cerify Installer.
2. Insert the Cerify dongle(s).
3. Optional: Install Apple QuickTime Player.
(see page 16)
Cerify Automated Video Content Verification System User Manual17
Getting StartedSystem Installation
Running the Cerify Installer.
Ensure that you are logged in as a user with administrator privileges.
NOTE. If you try to install the Cerify application without administrator privileges, the following message
appears: “The Cerify application can be installed or uninstalled only by a system administrator. Please
loginasadmi
Insert the Cerify DVD provided by Tektronix. The Cerify Application Browser opens. Click the Install
Cerify lin
NOTE. If you try to install the Cerify application on an unsupported platform
(refer to Supported Platforms
Windows operating system. Cerify will probably operate correctly but has not been validated on this OS.
Do you wish to continue installation?”
The Cerify installation will not continue on a Windows XP platform. The installer displays a message
saying Windows XP is not supported and the installation is aborted.
nistrator and try again”.
k to launch the Cerify installer. Follow the on-screen instructions to perform the installation.
(see page 15)), then the following message appears: “This is not a supported
If the browser does not open, or if the Install Cerify link does not work, navigate to the Exec folder on
the DVD and double-click CerifySetup<version>.exe. Follow the on-screen instructions to perform
the installation.
A number of third party software applications are installed during the installation process. Most of these
are not visible, but you will be notified as the WinPcap and HASP drivers are installed.
E. WinPcap is not used in the normal operation of the Cerify application. It is used when you collect
NOT
support diagnostics to troubleshoot networking issues with Cerify. For more information on support
diagnostics, refer to Capturing Cerify Status Information Using the Support Monitor Script
(see page 255).
18Cerify Automated Video Content Verification System User Manual
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