This document may be printed and reproduced without additional permission, but all copies
should contain this copyright notice.
Document Disclaimer
The information in this document has been carefully checked and is believed to be reliable.
However, no responsibility can be assumed for inaccuracies that may not have been
detected.
CATC reserves the right to revise the information presented in this document without notice
or penalty.
Changes or Modifications
Any change or modification not expressly approved by Computer Access Technology
Corporation voids the user’s authority to operate this equipment.
Trademarks and Servicemarks
CATC, FireInspector, Trace, and BusEngine are trademarks of Computer Access
Technology Corporation.
FireWire is a trademark of Apple Computer, Inc., registered in the U.S. and other countries.
i.LINK is a trademark of Sony Electronics Inc.
Microsoft, Windows, and Windows NT are either registered trademarks or trademarks of
Microsoft Corporation in the United States and/or other countries.
Intel, Pentium, and Celeron are trademarks or registered trademarks of Intel Corporation or
its subsidiaries in the United States and other countries.
AMD, Athlon, Duron, and AMD-K6 are trademarks of Advanced Micro Devices, Inc.
All other trademarks are property of their respective companies.
Part number: 730-0002-00
ii
CATC FIREINSPECTOR 2.01
User’s ManualConformance Statements
CONFORMANCE STATEMENTS
FCC Conformance Statement
This equipment has been tested and found to comply with the limits for a Class A digital
device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide
reasonable protection against harmful interference when the equipment is operated in a
commercial environment. This equipment generates, uses, and can radiate radio frequency
energy, and, if not installed and used in accordance with the instruction manual, may cause
harmful interference to radio communications. Operation of this equipment in a residential
area is likely to cause harmful interference in which case the user will be required to correct
the interference at his own expense. The end user of this product should be aware that any
changes or modifications made to this equipment without the approval of CATC could result
in the product not meeting the Class A limits, in which case the FCC could void the user's
authority to operate the equipment.
EU Conformance Statement
This equipment complies with the EMC Directive 89/336/EEC and the Low Voltage
Directive 73/23/EEC, and their associated amendments for Class A Information Technology
Equipment. It has been tested and found to comply with EN55022:1995 Class A,
EN61000-4-2:1995, EN61000-4-3:1995, EN61000-4-4:1995, and EN60950:1995. In a
domestic environment this product may cause radio interference in which case the user may
be required to take adequate measures.
iii
CATC FIREINSPECTOR 2.01
User’s ManualReferences
REFERENCES
•IEEE Std 1394-1995, IEEE Standard for a High Performance Serial Bus, IEEE
Computer Society, 30 August 1996
•ISO/IEC 13213:1994, Control and Status Register (CSR) Architecture for
Microcomputer Buses
•IEEE Std 1394a-2000: IEEE Standard for a High Performance Serial Bus —
Amendment 1
•IEC-1883, Proposed standard for Digital Interface for Consumer Electronic
Audio/Video Equipment.
•ANSI T10 Project 1155D, Working Draft, Revision 4, Information Technology — Serial
Bus Protocol 2 (SBP-2), 19 May 1998.
•RFC2734, IPv4 over IEEE 1394
•RFC791, Internet Protocol DARPA Internet Program Protocol Specification
•RFC792, Internet Control Message Protocol DARPA Internet Program Protocol
The CATC FireInspector IEEE 1394 Bus & Protocol Analyzer is a development and test tool
for IEEE 1394-based (FireWire® and i.LINK®) products. When connected to any point in
a 1394 tree, FireInspector can monitor the bus activity and display information about the
recorded packets.
The FireInspector analyzer consists of the IEEE 1394 Bus & Protocol Analyzer unit and the
FireInspector software. The analyzer unit is configured and controlled by a desktop or
laptop PC running the FireInspector software and connected to the analyzer via a Universal
Serial Bus (USB) cable.
The FireInspector analyzer connects to the IEEE 1394 bus topology as an active node and
acts as a repeater to all data and arbitration signals received on the bus. The analyzer listens
and records relevant signals on the bus and is also capable of transmission.
External Events
FireI n spec t or
J1
Breakout Board
1
GN D
P1
GN D
5V
Trigger Out
- - I0
R1
R2
I1
R3
I2
R4
R5
I3
R6
R7
I4
R8
I5
R9
R10
I6
R11
I7
R12
R13
O0
R14
O1
R15
R16
O2
R17
O3
R18
R19
O4
O5
O6
O7
GN D
23
GN D
FireInspector
Analyzer
Universal Serial Bus
Port 1 Port 2 Port 3
Trigger
PWR
Triggered
Recording
IEEE 1394 Bus
IEEE 1394
Node A
Figure 1-1: CATC FireInspector Bus and Protocol Analyzer configuration
IEEE 1394
Node B
The analyzer box can be used with portable computers for field service and maintenance, as
well as with desktop units in a development environment. The FireInspector analyzer is
easily installed by connecting a cable between the host computer’s USB port and the
analyzer’s USB port. The FireInspector analyzer includes provisions for on-the-fly
1
CATC FIREINSPECTOR 2.01CHAPTER 1
User’s ManualFireInspector Overview
detection of, and triggering on, numerous events. Such events include specific user-defined
bus conditions, PHY packets, any packet header information, data patterns, and many
abnormal (error) bus conditions. When recording manually or with a specified trigger
condition, the FireInspector analyzer continuously records the bus data in a wrap-around
fashion until manually stopped or until the trigger event is detected and a specified
post-trigger amount of bus data is recorded.
Upon detection of a triggering event, the analyzer continues, as necessary, to record data
(post-trigger) up to a point specified by the user. Real-time event detectors can be
individually enabled or disabled to allow triggering on bus events, as the events happen.
This includes predefined exception or error conditions, and a user-defined set of search
conditions. The unit can also be triggered by an externally supplied signal. An external
DB-37 connector provides a path for externally supplied data or timing information to be
recorded along with bus traffic.
Real-time event detection information is available via an external DB-37 connector, making
many control, timing, and recovered signals available externally. These signals can be
probed and used by other circuitry.
The FireInspector application may be used with or without the analyzer box. When used
without the analyzer box, it functions as a Trace™ viewer. As a Trace viewer, it can be used
to view, analyze and print CATC Trace files.
1.1IEEE 1394 Bus Version
The FireInspector IEEE analyzer supports the cable version of the IEEE 1394 bus. The IEEE
1394 designation refers to a high performance serial bus and defines both a serial backplane
physical layer and a point-to-point cable-connected virtual bus. The cable version supports
data rates of 100, 200 and 400 Mbits/s across the cable medium.
The primary application of the cable version is the integration of Input/Output (I/O)
connectivity at the back panel of personal computers using a low-cost, scalable, high-speed
serial interface. The IEEE 1394 standard also provides for real-time I/O and live
connect/disconnect capability for external devices like disk drives and printers, and
peripherals such as scanners and cameras.
The IEEE 1394 standard is a transaction-based packet technology operating on a serial bus
and is organized as if it were memory space interconnected between devices. Device
addressing is 64-bits wide, partitioned as 10 bits for network IDs, 6 bits for node IDs and 48
bits for memory addresses. The result is the capability to address 1023 networks of 63 nodes,
each with 128 terabytes of memory.
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CATC FIREINSPECTOR 2.01CHAPTER 1
User’s ManualFireInspector Overview
Please refer to the IEEE Std 1394 for details on the protocol. The IEEE 1394 specification
is available from the Institute of Electrical and Electronic Engineers (IEEE); it can be
ordered by sending e-mail to customer.service@ieee.org. Other information regarding the
IEEE 1394 application is available from the 1394 Trade Association at:
1394 Trade Association
1111 South Main Street, Suite 100
Grapevine, Texas 76051
The FireInspector analyzer package includes the following items:
•One FireInspector analyzer unit with AC power cord
•One External Interface Breakout Board with a 37-pin ribbon cable
•One USB cable
•Two IEEE 1394 cables
•One 6/6 pin
•One 6/4 pin
•FireInspector software program installation diskette(s)
•Product documentation including on-line Help
1.3The FireInspector Analyzer Unit
The FireInspector analyzer has several user-accessible controls on its front and back panels.
1.3.1 Front Panel Description
FireInspector
Figure 1-2: FireInspector front panel
The front panel, shown in Figure 1-2, includes, from left to right, the following items:
•Three IEEE 1394 6-pin connectors labeled Port 1, Port 2 and Port 3.
•Green Recording LED illuminates when the unit is recording.
•Yellow Triggered LED lights up when a trigger event occurs during a recording session.
This LED also lights up during power-on testing and will blink when the hardware is
faulty.
™
Port 1
Port 2Port 3
3
Recording Triggered
Trigger
PWR
CATC FIREINSPECTOR 2.01CHAPTER 1
User’s ManualFireInspector Overview
•Push-button Trigger switch is used to manually force a trigger event during a recording
session.
•Red PWR (power) indicator LED. The LED illuminates when the unit is powered on.
IEEE 1394 6-Pin Port Connectors
The 1394 bus is an unsupervised connection of nodes in a tree structure. The only restriction
is that there can be no loops. The FireInspector analyzer box is equipped with three identical
and interchangeable IEEE 1394 ports: Port 1, Port 2, and Port 3. The analyzer is a node with
three connectors. Using the three connectors as necessary, the analyzer can be connected to
one node, inserted between any two or three nodes of a tree, or as a leaf. Connect the
analyzer box to the 1394 bus network that is being tested. Figure 1-3 provides three
examples of analyzer configurations.
RootRoot
Root
Trig g er
Trig g er edRecording
PWR
Node
Node
CATC IEEE 1394 Bus An alyzer
Port 1 Port 2 Po rt 3
Trigger
PWR
TriggeredRecording
CATC IEEE 1394 Bus Analyzer
Port 1 Port 2 Port 3
Leaf
Leaf
CATC IEEE 13 94 Bus Analy zer
Port 1 Port 2 Port 3
Figure 1-3: Analyzer configuration examples
Trigger
PWR
TriggeredRecording
Leaf
Leaf
LeafLeafLeaf
The Trigger Push-Button
The push-button Trigger switch provides the means to manually force a trigger event during
a recording session. The session finishes when a specified post-trigger amount of bus data
is recorded.
1.3.2 Back Panel Description
USB
Data In/Out
19
1
37
20
Figure 1-4: FireInspector back panel
The rear panel, shown in Figure 1-4, includes, from left to right, the following items:
Figure 1-5, provides a convenient method for
connecting the External Interface Breakout
Board. See page 6 for details regarding the
External Interface Breakout Board. The Data In/Out connector is located on the back of the
37
Figure 1-5: Data In/Out Connector
20
FireInspector analyzer box as shown in
Figure 1-4.
Table 1-1 lists the pin-out and signal descriptions for the Data In/Out connector.
Trigger/signal inputs (Ix) function under control of the FireInspector program and may be
assigned as active-low or active-high by settings in the Recording Options. Signal outputs
(Ox) function under the control of the FireInspector program and are used to link any
triggered events to an external signal.
Table 1-1: Data In/Out Connector – Pin-Out
PinSignal DescriptionPinSignal Description
15V, 500mA DC source20Ground
2- Trigger Output (active low)21Ground
3Not connected22Ground
4I 0 – Trigger/signal input23Ground
5I 1 – Trigger/signal input24Ground
6I 2 – Trigger/signal input25Ground
7I 3 – Trigger/signal input26Ground
8I 4 – Trigger/signal input27Ground
9I 5 – Trigger/signal input28Ground
10I 6 – Trigger/signal input29Ground
11I 7 – Trigger/signal input30Ground
12O 0 – Signal output31Ground
13O 1 – Signal output32Ground
14O 2 – Signal output33Ground
15O 3 – Signal output34Ground
16O 4 – Signal output35Ground
17O 5 – Signal output36Ground
18O 6 – Signal output37Ground
19O 7 – Signal output
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CATC FIREINSPECTOR 2.01CHAPTER 1
User’s ManualFireInspector Overview
1.4External Interface Breakout Board
The External Interface Breakout Board,
shown in Figure 1-6, is an accessory that
allows convenient access to nine
potentially useful TTL output signals and
eight TTL input signals. Four ground and
one 5-volt pin are also provided. This
external breakout board also provides a
simple way for connecting logic analyzers
or other tools to the analyzer unit.
The breakout board connects, via a ribbon
cable, to the Data In/Out connector located
on the back of the analyzer box. Each pin is
90-264VAC, 47-63Hz (universal input), 100W maximum
Environmental Conditions
Operating Range: 0 to 55 °C (32 to 131 °F)
Storage Range:-20 to 80 °C (-4 to 176 °F)
Humidity:10 to 90%, non-condensing
LEDs
Power (PWR):illuminates when the analyzer is powered on
Triggered (TRG): illuminates when the analyzer has detected a valid trigger condition
Recording (REC): illuminates when the analyzer is actively recording traffic data
Recording Memory Size
64 MB DRAM for traffic data capture
64 MB DRAM for timing, state & other data
Certification
FCC (Class A), CE Mark, UL, CSA
Basic Events Detected
FireInpector detects the following basic events:
•Bus conditions: bus reset, arbitration reset gap, subaction gap, and packet speed
•PHY packets
7
CATC FIREINSPECTOR 2.01CHAPTER 1
User’s ManualFireInspector Overview
•Acknowledge packets
•Transaction codes: cycle start, data quadlet read request, data block read request, data
quadlet read response, data block read response, data quadlet write request, data block
write request, write response, lock request, lock response, isochronous (stream) data
packet, and asynchronous stream packet
•Packet header contents (first four quadlets)
•Data block pattern (first two quadlets)
•Hardware-detected errors: bad PHY packet complement, bad header or data CRC, and
bad acknowledge parity
•External (user-supplied) signals
1.6Features of FireInspector
•Sophisticated software analyzes all bus transactions
•Identifies & highlights abnormal bus conditions
•Decodes standard CSR accesses and other encapsulated protocols
•128 MB of physical data recording memory nets 64 MB of raw 1394 traffic
•Programmable real-time event triggering and traffic capture filtering
•CATC Trace graphical presentation of captured data with extensive customization
options
•Graphical display of bus topology
•Adjustable recording size
•Adjustable pre-/post-trigger position
•Comprehensive search functions
•Accurate timestamping of bus packets
•Field upgradeable firmware and BusEngine™
•Software operates as a stand-alone Trace viewer
•Connects to the host computer through a USB port
•One-year warranty and hotline customer support
1.7System Requirements
The following is the recommended configuration for the host machine that runs the
FireInspector Analyzer application and is connected to the FireInspector Analyzer box.
•Operating system: Microsoft® Windows® 98 SE, Windows 2000, Windows Me, or
Windows XP operating system. The FireInspector application can be used on machines
with a Windows NT® 4.0 operating system to view Trace files; however, in order to
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CATC FIREINSPECTOR 2.01CHAPTER 1
User’s ManualFireInspector Overview
record 1394 bus traffic, a separate FireInspector application installation for Windows
NT 4.0 is required.
•Required setup: Microsoft Internet Explorer 4 or later must be installed.
•Processor: For optimum performance, use processors of the Intel® Pentium® III or
Pentium 4 family, the AMD® Athlon® or Duron® family, or other compatible processors with clock speed of 500mHz or higher. Must have, as a minimum, a processor from
the Intel Pentium II or Celeron® family, AMD-K6® family, or equivalent with clock
speed of 300mHz.
•Memory: For the best performance, it is recommended to have physical RAM twice the
size of the recording buffer setup – 256 MB or more (minimum of 64 MB of RAM).
•Hard disk: At least 20 MB of free hard disk space is required for the installation. Addi-
tional disk space is needed for storing the recorded data in files during the recording
process (can be as much as 128 MB when recording a full buffer size).
•Display: Resolution of 1024 x 768 with at least 16-bit color is recommended (resolution
of 800 x 600 with 16-bit color is a minimum).
•Connectivity: A USB interface is required to connect the host computer to the FireInspector analyzer box. This is not a requirement if the FireInspector application is going
to be used only as a Trace viewer.
•If Windows NT drivers are used, the computer should have the Windows NT 4.0 operating system with Service Pack 1 or later installed.
Note: Please contact CATC for information about controlling the FireInspector analyzer from a computer
using Windows NT 4.0.
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CATC FIREINSPECTOR 2.01CHAPTER 1
User’s ManualFireInspector Overview
10
CATC FIREINSPECTOR 2.01CHAPTER 2
User’s ManualGetting Started
CHAPTER 2: GETTING STARTED
This chapter describes how to install FireInspector and its software, how to start
FireInspector, and how to set up the analyzer unit.
2.1Installing FireInspector
FireInspector can be installed on any PC or laptop computer running the Windows 98 SE,
Windows Me, Windows 2000, or Windows XP operating system. For Windows NT support,
please contact CATC.
2.1.1 Software Installation
The FireInspector software can be installed from a set of installation diskettes or from
downloaded installation files. If you are installing the application from the diskettes, you
will need to insert Disk 1 into the computer’s floppy drive before continuing with the steps
below.
Step 1Select Start > Run... from the Windows taskbar and enter “a:\Setup.exe” in
the Run dialog box and click OK.
Note: If you are using a drive other than the “a” drive, substitute the appropriate
drive letter for “a.”
or
Select Start > Run... from the Windows taskbar and click the Browse button,
then navigate to the Disk 1 directory of the FireInspector installation
download. Select the file Setup.exe and click Open.
Step 2Follow the on-screen instructions to complete the software installation.
2.1.2 Hardware Installation
Step 1Attach the power cord to the FireInspector analyzer box and connect it to a
120-volt electrical outlet.
Step 2Attach the USB cable to the analyzer box and connect it to a USB port on the
host computer.
Note: FireInspector does not meet the galvanic isolation requirements specified in the IEEE 1394
specification. To avoid potential ground loop problems, it is suggested that the device under test should
be connected to outlets physically close to that used by the analyzer.
2.2Starting and Stopping FireInspector
2.2.1 Starting the Application
Use one of the following procedures to start the FireInspector application:
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CATC FIREINSPECTOR 2.01CHAPTER 2
User’s ManualGetting Started
•Select Start > Programs > CATC > CATC FireInspector from the Windows taskbar.
•In Windows Explorer or My Computer, navigate to the directory that contains
FireInspector, then double-click on the FireInspector.exe icon.
2.2.2 Exiting the Application
Any of the following actions will close the FireInspector application:
•Click on the ‘X’ in the upper right corner of the application window.
•Select File > Exit from the menu bar.
•Press Alt + F4.
•Double-click the FireInspector control icon in the upper left corner of the application
window.
•Click the FireInspector control icon to access the Control menu and choose Close.
2.2.3 Starting the Analyzer Box
Start the FireInspector box by turning the power switch on the back of the unit to the ‘On’
position. The analyzer will initialize itself and perform an exhaustive self-diagnostic test
that lasts about five seconds. The Triggered LED blinks during testing and turns off once the
tests are completed.
2.2.4 Shutting Down the Analyzer Box
Shut down the FireInspector box by turning the power switch on the back of the unit to the
‘Off’ position.
2.3Displaying Help
The FireInspector application has a help file that is useful as an on-screen reference. Access
the help file by choosing Help > Help Topics... from the menu bar.
2.4Setting Up the Analyzer
Several utilities for setting up the analyzer unit are available via the Setup menu in the
application.
2.4.1 Resetting the Analyzer
The Reset Analyzer command provides a way to reset the analyzer without turning it off.
It causes the analyzer to reset, perform self-diagnostics, and then return to service. The
self-diagnostics should complete in about 5 seconds, during which time the yellow
Triggered light on the analyzer will be lit. If the diagnostics fail, the light will blink
continually as the analyzer attempts to successfully complete the tests. If this occurs, please
contact CATC, as it may indicate a hardware problem.
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CATC FIREINSPECTOR 2.01CHAPTER 2
User’s ManualGetting Started
To reset the FireInspector analyzer:
Step 1Select Setup > Analyzer... from the menu bar.
The Analyzer Setup dialog will open.
Step 2Click the Reset Analyzer button.
2.4.2 Updating the BusEngine and Firmware
The BusEngine core is the heart of the FireInspector analyzer. Using state-of-the-art PLD
technology, it incorporates both the high speed recording engine and the configureable
building blocks that implement data/state/error detections, triggering, capture filtering,
external signal monitoring, and event counting and sequencing. Both the BusEngine
program and the firmware that manage the internal microcontroller are fully
field-upgradeable.
The most current BusEngine file (fireinsp.rbf) and firmware file (firefw.ihx) are included in
the FireInspector installation software.
To update the BusEngine and/or firmware:
Step 1Select Setup > Analyzer... from the menu bar.
The Analyzer Setup dialog will open.
Step 2To update the BusEngine:
Click Update BusEngine.
The Select the engine file to download dialog will open.
To update the firmware:
Click Update Firmware.
The Select the firmware file to download dialog will open.
Step 3Select the appropriate file and click Open.
The new code will be downloaded to the FireInspector analyzer box.
Note: If the BusEngine is updated, it's necessary to turn the analyzer off and then
power back on so that the update will take effect.
Note: If the firmware is updated, it's necessary to unplug the USB cable from the
back of the analyzer, and then plug it back in so that the update will take
effect.
2.5Updating the Driver
It’s necessary to manually update the driver if you have upgraded to a newer version of
FireInspector. However, if FireInspector was not previously installed on the host computer,
the analyzer box should be detected as being new hardware, and the New Hardware Wizard
will guide you through the driver installation process.
To find out the current driver version number, please consult FireInspector’s Readme.txt
file.
13
CATC FIREINSPECTOR 2.01CHAPTER 2
User’s ManualGetting Started
Note: The FireInspector analyzer box must be attached to the computer via the USB cable and powered on
before updating the driver.
2.5.1 Updating the Driver on Windows 2000
Step 1Select Start > Settings > Control Panel from the desktop taskbar, then
double-click on Add/Remove Hardware in the Control Panel window.
The Add/Remove Hardware Wizard will open.
Step 2Click Next.
Step 3Choose “Uninstall/Unplug a device” and click Next.
Step 4Choose “Unplug/Eject a device” and click Next.
Step 5Select CATC FireInspector IEEE 1394 Bus Analyzer from the list of devices
and click the Properties button.
The Properties window will open.
Step 6Select the Driver tab in the Properties window and click Update Driver.
The Upgrade Device Driver Wizard will open.
Step 7Click Next.
Step 8Choose “Display a list of the known drivers for this device so that I can
choose a specific driver.” Then, click Next.
Step 9Choose “Have disk” and click Next.
The Install from Disk window will open.
Step 10 Install from Disk 1 of the FireInspector installation diskette set:
Make sure that the disk is in the computer’s floppy drive, then select the drive
from the drop-down list or type the drive letter (e.g., “a:”) in the combo box,
then click OK.
Install from a directory on the computer’s hard drive:
Browse or enter the path to the Disk 1 directory of the FireInspector
installation, then click OK.
The Install from Disk window will close.
Step 11 Select CATC FireInspector IEEE 1394 Bus Analyzer from the list of devices
in the Upgrade Device Driver Wizard and click Next.
Step 12 Click Next to install the driver.
Step 13 Click Finish to close the Wizard.
Step 14 Check the driver version on the Driver tab of the Properties window to make
sure that the driver was successfully upgraded.
Step 15 Close the remaining open windows.
2.5.2 Updating the Driver on Windows 98 SE
Step 1Select Start > Settings > Control Panel from the desktop taskbar, then
double-click on System Properties in the Control Panel window.
The System Properties window will open.
14
CATC FIREINSPECTOR 2.01CHAPTER 2
User’s ManualGetting Started
Step 2Select the Device Manager tab.
Step 3Look in the CATC Analyzers directory and select CATC FireInspector IEEE
1394 Bus Analyzer.
or
Look in the Universal Serial Bus Controllers directory and select CATC
FireInspector IEEE 1394 Bus Analyzer.
Step 4Click the Properties button.
The Properties window will open.
Step 5Select the Driver tab and click on the Update Driver button.
The Update Device Driver Wizard will open.
Step 6Click Next.
Step 7Choose “Search for a better driver than the one your device is using now.”
and click Next.
Step 8Enter or browse to the location of the driver and click Next.
Step 9Click Next to install the driver.
Note: If a message appears saying that Windows cannot locate the driver, click OK
to close the message box and then enter or browse to the location of the driver
to continue.
Step 10 Click Finish.
Step 11 Click the Driver File Details button to check the driver version and make
sure that the driver was successfully upgraded.
Step 12 Close the remaining open windows.
2.5.3 Updating the Driver on Windows Me
Step 1Select Start > Settings > Control Panel from the desktop taskbar, then
double-click on System Properties in the Control Panel window.
The System Properties window will open.
Step 2Select the Device Manager tab.
Step 3Look in the CATC Analyzers directory and select CATC FireInspector IEEE
1394 Bus Analyzer.
or
Look in the Universal Serial Bus Controllers directory and select CATC
FireInspector IEEE 1394 Bus Analyzer.
Step 4Click the Properties button.
The Properties window will open.
Step 5Select the Driver tab and click on the Update Driver button.
The Update Device Driver Wizard will open.
Step 6Choose “Automatically search for a better driver.” and click Next.
The Select Other Driver window will open.
Step 7Select the newest driver and click OK.
15
CATC FIREINSPECTOR 2.01CHAPTER 2
User’s ManualGetting Started
The driver will install.
Step 8Click Finish.
Step 9Click the Driver File Details button to check the driver version and make
sure that the driver was successfully upgraded.
Step 10 Close the remaining open windows.
2.5.4 Updating the Driver on Windows XP
Step 1Select Start > Control Panel from the desktop taskbar, then double-click
Performance and Maintenance.
Step 2Double-click on System.
The System Properties window will open.
Step 3Select the Hardware tab and click the Device Manager button.
The Device Manager window will open.
Step 4Look in the CATC Analyzers directory and select CATC FireInspector IEEE
1394 Bus Analyzer.
or
Look in the Universal Serial Bus Controllers directory and select CATC
FireInspector IEEE 1394 Bus Analyzer.
Step 5Select Action > Update Driver... from the Device Manager menu bar.
The Hardware Update Wizard will open.
Step 6Choose “Install from a list or specific location.”
Step 7Choose “Don’t search” then click Have Disk.
Step 8Enter or browse to the location of the driver and click OK.
Step 9Select CATC FireInspector IEEE 1394 Bus Analyzer from the list and click
Next.
The driver will install.
Step 10 Click Finish.
Step 11 Select Action > Properties from the Device Manager menu bar to check the
driver version and make sure that the driver was successfully upgraded.
Step 12 Close the remaining open windows.
2.6License Keys
License Keys are necessary to enable software maintenance, traffic generation and Havi
decoding. If they are not enabled, a message will appear if an attempt is made to access these
features, stating that a License Key is necessary in order to use them. License Keys must be
obtained from CATC.
16
CATC FIREINSPECTOR 2.01CHAPTER 2
User’s ManualGetting Started
2.6.1 Update License
Follow these steps to install a license key:
Step 1Select Help > Update License… from the menu bar.
The Update License dialog will come up.
Step 2Enter the path and filename for the License Key or use the Browse button to
navigate to the directory that contains the License Key. Select the .lic file,
and then click Update Device.
2.6.2 License Information
Licensing information for FireInspector may be viewed by selecting Help > Display
License Information... from the menu bar. The License Information window will open,
displaying the maintenance expiration and features data for FireInspector.
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CATC FIREINSPECTOR 2.01CHAPTER 2
User’s ManualGetting Started
18
CATC FIREINSPECTOR 2.01CHAPTER 3
User’s ManualFireInspector User Interface
CHAPTER 3: FIREINSPECTOR USER
I
NTERFACE
This chapter introduces you to the FireInspector application’s user interface. It describes the
elements of the application window, as well as the commands available via the menus,
toolbars, and keyboard shortcuts.
3.1Application Layout
The FireInspector application contains the following elements:
Figure 3-1: FireInspector application window
•Title bar: The title bar is located at the top of the application window. It identifies the
window as CATC FireInspector Bus and Protocol Analyzer. When there is data in the
display area, the name of the active file is included on the title bar as well.
•Menu bar: The menu bar is located below the title bar, by default. It contains the menus.
The menu bar can be moved by clicking on a blank area of the bar and then dragging the
menu to a new position. It can be docked in another part of the application window or
moved outside of the window to become a floating menu.
•Toolbars: The toolbars are located below the menu bar, by default. They contain the
toolbar shortcuts available in FireInspector. Each toolbar, like the menu bar, can be
19
CATC FIREINSPECTOR 2.01CHAPTER 3
User’s ManualFireInspector User Interface
moved and docked in a new position in the application window or made to float outside
of the window.
•Display area: The display area is the main part of the application window. When files
are open, they are shown in the display area and the name of the active file is shown on
the title bar. Each file is contained in its own window within the display area.
•Status bar: The status bar is located at the bottom of the application window. The left
end of the status bar displays hints, if available, as you position the mouse pointer over
toolbar and menu items. The right end of the bar shows the current zoom level and
search direction settings. During a recording session, the middle portion of the status bar
displays information about the recording status.
3.2Menus
The FireInspector menu bar contains the following menus of pull-down commands:
Table 3-1: File Menu Commands
CommandFunction
OpenDisplays the Open dialog, from which you can select a file to open
CloseCloses the active file
SaveSaves the active file (available for traffic generation [.txg] files only)
Save AsOpens the Save As dialog, which is used to save the active file to a unique file
name
PrintOpens a dialog that allows you to print all or part of the contents of the active
window
Print PreviewProduces a one-page example of how the data will look when printed
Print SetupOpens the Print Setup dialog, which is used to set up the current or a new printer
Edit CommentOpens the Edit Trace File Comment dialog so that you can create or edit the
comment field in a Trace file
Export > FormatOpens an Export dialog to set up export of packets or data from the active Trace
file
ExitCloses the FireInspector application
Table 3-2: Setup Menu Commands
CommandFunction
Display OptionsOpens the Display Options dialog, which is used to customize display settings
Recording OptionsOpens the Recording Options dialog, which is used to customize recording
settings
Decoding Parameters >
Protocol
AnalyzerOpens the Analyzer Setup dialog, which can be used to reset the analyzer, or
Configuration ROMOpens the Set FireInspector's Configuration ROM dialog, which is used to set up,
Bus ResetOpens the Reset Bus dialog, which is used to reset the 1394 bus
Opens a dialog to set the decoding parameters for the specified protocol (this
menu item is available only for Trace files)
update the BusEngine and firmware
enable, or disable FireInspector's response to Config ROM requests
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