Technical Reference Manual For Picture Perfect Users

Transcription

CASI-RUSCO...Security Solutions for the 21st Century
Technical Reference
Manual For
Picture Perfect
Users
CASI
RUSCO
791 Park of Commerce Boulevard
Boca Raton, Florida 33487
(561) 998-6100
Part Number: 460017005B
October 2000
This publication may contain examples of data reports used in daily
business operations. Examples include fictitious names of individuals
and companies for illustration only; any similarity to names and
addresses of actual business enterprises and persons is entirely
coincidental.
This document is distributed on an as is basis, without warranty either
expressed or implied. Successful implementation depends solely upon
the customer’s ability to integrate each product into the total inventory
of “in-house” products. While each offering has been reviewed for its
compatibility and maintainability, no assurance of successful
installation can be given.
The customer accepts full maintenance responsibility. (A full scope of
software and hardware maintenance contracts are available to the
customer.)
Copyright 1994, 1995, 1997, 1999, 2000 CASI-RUSCO
All Rights Reserved
Printed in the USA
Picture Perfect, Proximity Perfect, ProxLite and MicroProx are trademarks
of CASI-RUSCO.
AIX and RISC System/6000 are registered trademarks of International
Business Machines Corporation.
UnixWare is a registered trademark of the Santa Cruz Operation, Inc.
Windows is a trademark of Microsoft Corporation.
Contents
Contents
Chapter 1: Overview ................................. 1.1
Operating System Versions ..................1.2
Host Capacities.......................................1.3
For IBM RS/6000 and AIX
Systems...........................................1.3
Host Capacities - UnixWare ..........1.4
Micro Capacities.....................................1.5
Micro/4-P Capacities.......................1.5
Micro/5-P (CPU 186) Capacities....1.6
Micro/5-PX (CPU 302) Capacities .1.8
Micro/5-PXN Capacities...............1.10
MicroProx-P ....................................1.12
Micro/PX-2000 Capacities ............1.13
Tables in Picture Perfect......................1.14
Chapter 2: Ethernet Guidelines ............... 2.1
Thin Ethernet (10 Base 2) ......................2.1
Thick Ethernet (10 Base 5).....................2.1
Twisted Pair Ethernet
(10/100 Base T)....................................2.2
Chapter 3: Cabling and Pinouts .............. 3.1
Communication Cables Overview ......3.1
RS-232 Communication Cables............3.4
RS-422 Wiring Diagrams.....................3.11
Chapter 4: Modems................................... 4.1
Approved Dial-up Modems .................4.1
LDM 419/LM 49 Modem Settings
For RS/6000 .........................................4.1
Picture Perfect Technical Reference Manual
iii
Contents
S6 Switch Settings............................ 4.2
Strap Settings ................................... 4.2
RM 3419 (Rack Mount) Modem
Settings For RS/6000 ......................... 4.3
LDS 120E Switch Settings Using
Controlled Carrier.............................. 4.5
Rear Panel Switch Settings............. 4.5
LDS 120A Switch Settings Using
Controlled Carrier.............................. 4.6
Rear Panel Switch Settings............. 4.6
Strap Settings ................................... 4.6
Chapter 5: Dial-In Support Modem
Settings .............................5.1
Modem Setup......................................... 5.1
Cabling.................................................... 5.2
Setup on the Picture Perfect
Computer ............................................ 5.3
RS/6000............................................. 5.3
UnixWare System............................ 5.5
Verify the Login Service Setup...... 5.6
Chapter 6: Micros ......................................6.1
Connectors, LEDs and Jumpers .......... 6.1
Micro/4............................................. 6.2
Micro/2............................................. 6.4
Micro/5............................................. 6.6
MicroProx-P ................................... 6.14
Switch Settings for Picture Perfect ... 6.15
iv
Contents
Micro/4 Switch Settings................6.15
Micro/5 Switch Settings................6.24
Micro Configurations ..........................6.35
Chapter 7: Micro Firmware Tools ............ 7.1
MICTOOL-FLASH.................................7.2
Downloading with
MICTOOL-FLASH .......................7.2
Updating the MICTOOL Micro
Parameter Block ............................7.4
Erasing the MICTOOL
Application Firmware..................7.5
MCUTIL...................................................7.7
Downloading with MCUTIL ..........7.7
Starting the Program .......................7.9
Setting Up the Utility.....................7.10
SMA Utility - Parameter Block
Manipulation................................7.11
Erasing the Application
Firmware......................................7.16
3. Picture Perfect Flash Utility............7.18
Downloading with Picture
Perfect Flash Utility (AIX
and UnixWare)............................7.18
Micro Version for Picture Perfect 7.20
Chapter 8: Dial-up Micros ........................ 8.1
Downstream Micros ..............................8.1
Preload Utility ........................................8.1
Dial-Up Micro Port Setup .....................8.3
On AIX ...............................................8.3
On Picture Perfect ............................8.4
Dial-up Micro Setup ..............................8.5
v
Contents
Micro Setup ...................................... 8.5
Modem Setup................................... 8.7
Flash Notes....................................... 8.8
Cabling.................................................... 8.9
Chapter 9: Network Micros.......................9.1
Micros Downstream.............................. 9.1
Network Micro Setup ........................... 9.1
Network Micro Port Setup on
Picture Perfect .................................... 9.2
Network Micro Setup on
Picture Perfect .................................... 9.3
Chapter 10: Model 430/435 and 94x/97x
Readers .............................10.1
Model 430/435 Magnetic Stripe........ 10.1
Wiring Diagram for the
Model 430/435 ........................... 10.1
Troubleshooting the
Model 430/435 Reader.............. 10.4
Model 94x/97x Proximity
Readers ............................................ 10.11
Wiring Diagram for the
Model 94x/97x ......................... 10.11
Testing the 94x/97x Reader ....... 10.13
Troubleshooting Guide for the
94x/97x...................................... 10.14
Chapter 11: Console Settings ................11.1
IBM 3151, 3161 ASCII Display
Setup for the RS/6000 ..................... 11.1
IBM 3153 Display Setup ..................... 11.4
vi
Contents
IBM 3151 and IBM 3153 TTY
Settings on the RS/6000....................11.9
Chapter 12: Operating System
Commands ...................... 12.1
DOS/UNIX Similarities ......................12.1
Common UNIX Commands ...............12.3
AIX Operating System Commands ...12.5
Copy Files To Disk Or Tape ...............12.9
UnixWare Desktop.............................12.14
Chapter 13: Picture Perfect System
Commands ....................... 13.1
TPS (Transaction Processor) ...............13.1
Starting TPS.....................................13.1
Stopping TPS ..................................13.2
Restarting TPS ................................13.2
INFORMIX Database...........................13.3
Starting INFORMIX .......................13.3
Stopping INFORMIX ....................13.3
Rebooting/Shutting Down.................13.4
Picture Perfect.......................................13.5
Stopping Picture Perfect................13.5
Starting Picture Perfect..................13.6
XDM (X Display Manager) .................13.7
Stopping XDM ...............................13.7
Starting XDM ..................................13.7
Picture Perfect Redundant System ....13.8
Stopping PPRS................................13.8
Starting PPRS .................................13.8
Procedure To Drop and Reload
Database (AIX and UNIX) ...............13.9
Removing Picture Perfect .................13.11
vii
Contents
Re-Install Picture Perfect ............ 13.14
Chapter 14: Naming Conventions..........14.1
List of Names and Table IDs in
the Picture Perfect Database
(Proteus) ............................................ 14.1
Picture Perfect Programs
(/cas/bin).......................................... 14.9
Chapter 15: Utilities.................................15.1
Utility To Check Micro Status ........... 15.1
Informix Database Utilities ................ 15.2
Picture Perfect and INFORMIX
Permission Problems ....................... 15.5
Chapter 16: What a Healthy System
Looks Like .......................16.1
Chapter 17: Picture Perfect Patch .........17.1
Checking the Patch Level................... 17.1
Installing the Patch.............................. 17.2
Chapter 18: Removing Users .................18.1
Removing Users From
Picture Perfect .................................. 18.1
Removing Users From AIX................ 18.2
Removing a User from UnixWare
Operating System ............................ 18.2
Chapter 19: Log Files..............................19.1
Picture Perfect Log Files ..................... 19.1
INFORMIX Log File............................ 19.3
viii
Contents
Chapter 20: Diagnostic Utilities............. 20.1
setdiag....................................................20.1
Usage................................................20.1
Examples .........................................20.4
mstate.....................................................20.5
Usage................................................20.5
Examples .........................................20.5
sendrst....................................................20.6
Usage................................................20.6
sendenq .................................................20.6
Usage................................................20.6
sendsyn .................................................20.7
Usage................................................20.7
hstate ......................................................20.7
Usage................................................20.7
Examples .........................................20.8
gmem ...................................................20.8
Usage................................................20.8
bigmic ...................................................20.9
Usage................................................20.9
Chapter 21: Printer Queue ..................... 21.1
On AIX ...................................................21.1
On UnixWare........................................21.2
Chapter 22: NCD Troubleshooting ........ 22.1
Boot Monitor.........................................22.1
Testing ...................................................22.3
From the NCD ................................22.3
From the RISC ................................22.3
ix
Contents
Chapter 23: Support Information ...........23.1
Help Desk ............................................. 23.1
Internet Address.................................. 23.1
Chapter 24: Forms...................................24.1
Index ......................................................... IX.1
x
CHAPTER
1
Overview
The Picture Perfect computer can be an IBM RISC/6000 system or a
PC capable of running UnixWare. The Picture Perfect RISC/6000
system utilizes IBM's multitasking and multiuser operating system,
AIX.
The Picture Perfect UnixWare Server utilizes SCO’s multitasking and
multiuser operating system, UnixWare. Both use the relational
database management system, Informix, and a graphical user
interface that incorporates X Windows with OSF Motif window
manager or MS Windows Interface.
The Picture Perfect system can use six different microcontrollers: the
Micro/4-P, the Micro/5-P, the Micro/5-PX, the Micro/5-PXN,
Micro/PX-2000, Micro/PXN-2000, and the MicroProx.
For more information, on:
❐
❐
❐
❐
❐
❐
Micro/4-P capacities, go to page 1.5
Micro/5-P capacities, go to page 1.6
Micro/5-PX capacities, go to page 1.8
Micro/5-PXN capacities, go to page 1.10
MicroProx-P capacities, go to page 1.12
Micro/PX-2000, go to page 1.13
1.1
Operating System Versions
Operating System Versions
The chart below lists the operating system version for each version of
Picture Perfect.
Picture Perfect
Version
Operating System
AIX Version
UnixWare Version
1.5
4.2
2.1.1
1.5.2
4.2.0, 4.2.1
2.1.1, 2.1.2
1.5.5
4.2.1
2.1.3
To check your system, use the following commands:
Picture Perfect
Version
# plevel
1.2
Operating System
AIX Version
UnixWare Version
# oslevel
# uname -v
Overview
CHAPTER
1
Host Capacities
The capacities of each system vary depending on their configuration.
For IBM RS/6000 and AIX Systems
A typical configuration would include …
•
32,000+ badges
•
2048 readers
•
2048 monitored input points
•
2048 output control points
•
64 RS-232 communications lines
•
12 operating workstations
•
5 printers: 1 parallel, others serial
•
2048 access control levels (categories)
•
1024 schedules
•
1024 alarm messages
•
300,000 online history transaction storage
1.3
Host Capacities
Host Capacities - UnixWare
Using a system with a minimum 2.0 gigabyte hard disk, 80MB of
memory, and 2 serial port expansion boxes, you can have up to …
•
50,000 badges
•
512 readers
•
1024 monitored input points
•
1024 output control points
•
16 Micro/4 or Micro/5 controllers at 8 readers each or
8 Micro/4 controllers at 16 readers each
•
5 operating workstations
•
3 printers: 1 parallel, others serial
•
2048 categories
•
1024 schedules
•
300,000 online Badge history transaction storage
•
180,000 online Alarm history transaction storage
Systems can be configured for larger capacities.
1.4
Overview
CHAPTER
1
Micro Capacities
Micro/4-P Capacities
•
Support of 8 to 16 readers in the CPU enclosure and up to
64 readers by each Micro/4 CPU board with downstream
Micro/2 support
•
Reader board support of 8 digital inputs, 16 digital outputs, and
8 readers of CASI-RUSCO Supervised F/2F format, Wiegand,
Magstripe, Proximity, Barium Ferrite touch, or Bar Code type
•
Learned badge capacity: 14,000
•
5,000 offline stored badge transactions
•
2,000 offline stored alarm transactions
•
Standard 48 input points: 32 supervised inputs, 16 single state
change inputs (Exit DIs) on CPU boards
Expandable to 64 additional input points with addition of
2 optional input boards to the enclosure
•
Standard 16 output points
Expandable to 64 additional output points with addition of
2 optional output boards to the enclosure
•
Optional 32 DI or DO boards
•
Support of downstream micros from:
— direct-connect Micro/4-P
• Micro/4-P
• Micro/2
— dial-up Micro/4-P
• Micro/2
1.5
Micro Capacities
Micro/5-P (CPU 186) Capacities
•
Standard with a Power/Communications board and a CPU
board
Additional 5 slots available on the back plane board for various
combinations of reader boards (2RP, 2SRP, and 8RP), 20 DI and
16 DO/DOR boards
•
Support of 1 to 4 2RP/2SRP boards or 1 8RP board in the
enclosure to allow for expansion to a maximum of 8 readers per
Micro/5
•
Individual 2RP/2SRP reader board support of
— 2 readers: CASI-RUSCO Supervised F/2F format, Wiegand,
— 6 relay outputs (3 per reader port)
• door strike relay rated at 2 amps @ 28 volts DC or 30
volts AC maximum
• alarm shunt relay rated at 0.25 amps @ 40 volts DC
• auxiliary output relay rated at 0.25 amps @ 40 volts DC
— 2 unsupervised inputs on the 2RP and 2 supervised inputs on
the 2SRP (1 per reader port) for Door DIs
— 2 unsupervised exit button inputs on the 2RP and
2 supervised exit button inputs on the 2SRP (1 per reader
port)
•
Individual 8RP reader board support of 8 CASI-RUSCO
Supervised F/2F readers
•
Badge capacity: 14,000
•
•
•
Optional 20 DI board provides supervised inputs by end-of-line
resistors, for up to a maximum of 4 boards
1.6
Overview
CHAPTER
1
•
Optional 16 DO board features open collector outputs rated at
0.04 amps @ 24 VDC to activate miscellaneous devices for up to a
maximum of 4 boards
•
Optional 16 DOR board features 16 relay outputs rated at 2 amps
@ 40 VDC or 30 VAC. Normally used for elevator control
applications for up to a maximum of 4 boards.
•
— direct-connect Micro/5-P
• Micro/5-P
• Micro/4-P
— dial-up Micro/5-P
• none
NOTE: FOR ALL MICRO 5s, an alarm shunt and auxiliary relays are
not available when using supervised readers. Auxiliary relay and
alarm shunt relays use the same address.
1.7
Micro Capacities
Micro/5-PX (CPU 302) Capacities
•
board
combinations of reader boards (2RP, 2SRP, 4CRP, 8RP, CK8RP,
SH8RP, and the RuscoRP), 20 DI and 16 DO/DOR boards
•
Support of 1 to 4 2RP/2SRP boards or 1 or 2 8RP boards in the
Micro/5
•
volts AC maximum
the 2SRP (1 per reader port)
port)
•
Individual 8RP reader boards support of 8 CASI-RUSCO
•
Badge capacity:
•
1.8
RAM
Version
Number of Badges
2M
28,000
4M
84,000
8M
196,000
Overview
CHAPTER
1
•
•
•
maximum of 4 boards
•
•
— direct-connect Micro/5-PX
• Micro/5-PX
• Micro/5-P
• Micro/4-P
• Micro/2
— dial-up Micro/5-PX
• Micro/2
(Once a Micro/2 is put on this line, all micros
downstream from that Micro/2 MUST be Micro/2s.)
• Micro/5-PX
NOTE: FOR ALL MICRO/5s, an alarm shunt and auxiliary relays are
1.9
Micro Capacities
Micro/5-PXN Capacities
•
board with a card cage that will hold a PCMCIA card.
combinations of reader boards (2RP, 2SRP, and 8RP), 20 DI and
16 DO/DOR boards
•
Support of either Ethernet or token ring PCMCIA cards with the
option to add a modem card for back-up communications.
PCMCIA cards must be approved by CASI-RUSCO.
•
Support of 1 to 4 2RP/2SRP boards or 1 or 2 8RP board in the
Micro/5
•
volts AC maximum
the 2SRP (1 per reader port)
port)
•
Individual 8RP reader boards support of 8 CASI-RUSCO
•
Badge capacity:
1.10
RAM
Version
Number of Badges
4M
28,000
8M
140,000
Overview
CHAPTER
1
•
•
•
•
maximum of 4 boards
•
•
— direct-connect Micro/5-PXN
• Micro/5-PX
• Micro/5-P
• Micro/4-P
• Micro/2
— Micro/5-PXN with dial-up option (modem PCMCIA card)
(If the network connection fails, it will behave as a dial-up
Micro/5-PX.)
• Micro/2
(Once a Micro/2 is put on this line, all micros
downstream from that Micro/2 MUST be Micro/2s.)
• Micro/5-PX
NOTE: FOR ALL MICRO 5s, an alarm shunt and auxiliary relays are
1.11
Micro Capacities
MicroProx-P
•
Microcontroller and proximity reader in one
•
Standard 12V operation
•
Badge capacity: 4,000
•
•
500 offline stored alarm transactions
•
Ability to read all Proximity Perfect and ProxLite badges
•
Proximity Perfect badge read ranges up to 6 inches (152.4mm)
•
Built-in tamper
•
Two supervised inputs (DIs): Door Input (alarm), Exit Request
•
Two outputs (DOs): Door Strike Output for Relay (Internal
Reader and External Reader). An external relay is required for
door strike control.
— door strike output rated at 100 milliamps max @ 24 volts DC
•
Ability to add a supervised reader, either Proximity Perfect or
magnetic stripe (Model 430/435 or 440/445)
•
Ability to add a MicroProx Accessory Unit (MAU)
•
Special diagnostic badge to place the MicroProx in diagnostic
mode for assistance in installation and troubleshooting
1.12
Overview
CHAPTER
1
Micro/PX-2000 Capacities
•
Single-board microcontroller enclosed in steel cabinet.
•
Support for 10 Digital Inputs (DIs), 8 Digital Outputs with Relays
(DOR).
•
Supports 4 readers (regular F/2F and Supervised F/2F readers)
and up to four 351 Time Displays
•
Communicates with host computers via network direct
connection, dial-up telephone modems or dedicated telephone
modems.
•
Supports combined keypad/reader technologies that have
Supervised F/2F outputs. Maximum rating of each reader port
power is 300mA with total output of 1.2 amps.
•
Digital Input Devices:
— Any device that functions with OPEN or CLOSED states can
be installed
— Devices include door status switches, emergency switches,
infrared heat or motion detectors, tamper switches
— Includes ten supervised DI points and supervision resistors
(20 each, 1K ohm)
•
Digital Output Devices:
— Devices such as strikes, alarm sounding devices, lighting
systems and heating, ventilation and air conditioning
— Maximum rating of output devices:
• 4 reader output at 0.10 amps @12 volt DC
• 8 DOR relays at 2 amps @ 40 volts DC or 30 volts DC
•
Supports RS-232 and RS-422 serial communication protocol
•
Badge capacity:
RAM
Version
Number of Badges
2M
28,000
4M
84,000
8M
196,000
1.13
Tables in Picture Perfect
Tables in Picture Perfect
FIGURE 1: How Tables Are Linked Together In Picture Perfect
PERMISSION
GROUPS
PERMISSIONS
OPERATORS
PRINTERS
CATEGORIES
ROUTINGS
AREAS
BADGES
READERS
DEPARTMENTS
TERMINALS
PORTS
INPUTS
DOORS
INPUT
GROUPS
ALARMS
1.14
OUTPUT
GROUPS
ALARM
INSTRUCTIONS
OUTPUTS
HOSTS
MICROS
MODEMS
CHAPTER
2
Ethernet
Guidelines
Picture Perfect can be run on a remote workstation which is referred
to as an X-Station. This X-Station communicates over a local area
network (LAN) to the host. While there are two types of LAN
currently available for use with Picture Perfect: Token Ring (4/16
Mbps) and Ethernet (10/100 Mbps), Ethernet is currently
recommended for our sites. The following are some guidelines for
specifying Ethernet which comes in three basic types: Thin Ethernet
(10 Base 2), Thick Ethernet (10 Base 5), and Twisted Pair Ethernet (10
Base T).
Thin Ethernet (10 Base 2)
Uses RG-58 C/U coaxial cable. Total maximum run distance for each
segment is 607 ft. (185 m). Up to 30 devices attached to a single
segment. T-Connectors are used for direct connection to cable.
Workstations are daisy-chained with an “in-and-out” cable to each.
Both ends of the Ethernet run must be terminated with 50 ohm
terminator plugs. No other terminators are to be present. If the
distance needs to be extended, a repeater must be used.
Thick Ethernet (10 Base 5)
Uses a special 15 conductor cable. Total maximum distance is 1500 ft.
(457.2 m) without repeaters. Up to 100 devices attached to a single
segment. Each workstation (X-Server, X-Terminal) must use a
transceiver.
2.1
Twisted Pair Ethernet (10/100 Base T)
Twisted Pair Ethernet
(10/100 Base T)
Uses a 2-pair 24-AWG conductor cable. Total maximum distance is
330 ft. (100.6 m) without repeaters. Up to 12 devices attached to a
single segment.
2.2
CHAPTER
3
Cabling and
Pinouts
Communication Cables
Overview
This chapter displays a sample RS/6000 communications cable
overview and UnixWare communications cables overview. Also
included are RS-232 communication cables pinout tables and RS-422
wiring diagrams.
3.1
Communication Cables Overview
FIGURE 2: RS/6000 Communication Cables Overview
3.2
Cabling and Pinouts
CHAPTER
3
FIGURE 3: UnixWare Communications Cables Overview
3.3
RS-232 Communication Cables
FIGURE 4: RS-232 Communication Cable Pinouts
320072001
320042002
DB25M
DB25F
DB9F
DB25F
TxD
2
3
RxD
TxD
2
2
RxD
RxD
3
2
TxD
RxD
3
3
TxD
RTS
4
5
CTS
GND 7
5
GND
CTS
5
4
RTS
RTS
4
7
RTS
GND 7
7
GND
CTS
5
8
CTS
DSR 6
20 DTR
DSR 6
DCD 8
6
DSR
DCD 8
DTR 20
8
DCD
DTR 20
RS/6000
IBM 3153 Console or
Serial Proprinter
320025002
320026001
DB25M
DB25F
Micro/4
RS/6000
DB25M
DB9F
TxD
2
2
TxD
TxD
2
3
TxD
RxD
3
3
RxD
RxD
3
2
RxD
RTS
4
4
RTS
RTS
4
7
RTS
CTS
5
5
CTS
CTS
5
8
CTS
GND 7
7
GND
GND 7
5
GND
DSR 6
6
DSR
DSR 6
8
DCD
DCD 8
20 DTR
DTR 20
DCD 8
DTR 20
RS/6000
PC/XT
3.4
Long or Short Haul
Modem, DBU
Long or Short Haul
Modem, Dial-up
Micro/4
Cabling and Pinouts
CHAPTER
3
FIGURE 4: RS-232 Communication Cables, Continued
320011002
DB25F
320025001
DB9F
DB25M
DB9F
TxD
2
8
RxD
TxD
2
6
TxD
RxD
3
6
TxD
RxD
3
8
RxD
RTS
4
1
RTS
4
1
CTS
CTS
5
9
GND 7
3
2
DSR 6
2
7
DCD 8
7
5
9
GND 7
3
DSR 6
DCD 8
GND
GND
DTR 20
DTR 20
RS/6000
PC/XT
Micro/5
Micro/2/5
Long or Short Haul
Modem, Dial-up
320025003
DB25M
Micro/5/2
320078002
DB9F
DB9F
DB9F
TxD
2
3
TxD
RxD
2
2
RxD
RxD
3
2
RxD
TxD
3
3
TxD
RTS
4
7
CTS
GND 5
5
GND
CTS
5
8
RTS
RTS
7
7
RTS
GND 7
5
GND
CTS
8
8
CTS
Data Broadcast
Unit
Micro/4
Micro/4S
Micro/4
3.5
320024001
DB25M
320078001
DB25M
TxD
2
2
TxD
RxD
2
6
TxD
RxD
3
3
RxD
TxD
3
8
RxD
RTS
4
4
RTS
RTS
7
1
CTS
5
5
CTS
CTS
8
9
GND 7
7
GND
GND 5
3
DSR 6
6
DSR
(RI)
2
8
DCD
DCD 8
DTR 20
9
7
Long or Short Haul
Modem
Micro/4
320078003
DB9F
GND
20 DTR
Data Broadcast
Unit
Micro/5/2
320038001
DB9F
DB9F
DB9F
RxD
2
3
TxD
RxD
2
6
TxD
TxD
3
2
RxD
TxD
3
8
RxD
GND 5
5
GND
GND 5
3
GND
DTR
4
4
DTR
DTR
4
1
DSR 6
6
DSR
DSR 6
9
RTS
7
7
RTS
RTS
7
2
CTS
8
8
CTS
CTS
8
7
Micro/4
3.6
DB9F
DB9F
PC/AT
PC/AT
Micro/5/2
Cabling and Pinouts
CHAPTER
3
320035001
DB9F
320063001
DB25M
DB25F
DB25F
TxD
3
2
TxD
TxD
2
3
RxD
RxD
2
3
RxD
RxD
3
2
TxD
GND 5
7
GND
RTS
4
4
RTS
DTR
4
4
RTS
CTS
5
5
CTS
DSR 6
5
CTS
GND 7
7
GND
RTS
7
6
DSR
DSR 6
6
DSR
CTS
8
8
DCD
DCD 8
8
DCD
20 DTR
DTR 20
PC/AT
Long or Short Haul
Modem, DBU
PS/2, PC/XT
PC/XT
320024003
DB25M
20 DTR
320026003
DB25M
DB25M
DB25M
TxD
2
3
RxD
TxD
2
3
RxD
RxD
3
2
TxD
RxD
3
2
TxD
RTS
4
20 DTR
RTS
4
4
RTS
CTS
5
5
CTS
CTS
5
5
CTS
DSR 6
6
DSR
GND 7
7
GND
GND 7
7
GND
DSR 6
6
DSR
DCD 8
8
DCD
DCD 8
8
DCD
DTR 20
4
RTS
DTR 20
20 DTR
NCD
Serial Printer
Long or Short
Haul Modem
Serial Printer
3.7
DB25M
DB25F
DB25M
DB25M
TxD
2
3
RxD
TxD
2
2
TxD
RxD
3
2
TxD
RxD
3
3
RxD
RTS
4
4
RTS
RTS
4
CTS
20 DTR
5
5
CTS
CTS
5
5
CTS
GND 7
7
GND
DSR 6
6
DSR
DSR 6
6
DSR
GND 7
7
GND
DCD 8
8
DCD
DCD 8
8
DCD
DTR 20
20 DTR
DTR 20
4
RTS
PC/XT
Serial Printer
Long or Short Haul
Modem
320546001
DB25M
Serial IBM
Proprinter DTR
pacing
320547001
DB9F
DB25M
DB25M
TxD
2
3
TxD
TxD
2
2
TxD
RxD
3
2
RxD
RxD
3
3
RxD
RTS
4
7
RTS
RTS
4
4
RTS
CTS
5
8
CTS
CTS
5
5
CTS
DSR 6
6
DSR
DSR 6
6
DSR
GND 7
5
GND
GND 7
7
GND
DCD 8
1
DCD
DCD 8
8
DCD
DTR 20
4
DTR
DTR 20
20 DTR
RI
9
RI
RI
22 RI
22
Dial-up Modem
3.8
PC/Pentium
22
PC/Pentium
Exp Port
Dial-up
Modem
Cabling and Pinouts
CHAPTER
3
320544001
DB25M
DB9F
DB9F
DB25M
2
2
RxD
TxD
3
3
RxD
3
3
TxD
RxD
2
2
TxD
GND 7
5
GND
GND 5
7
GND
RTS
4
7
RTS
DTR 4
4
RTS
CTS
5
8
CTS
DSR 6
5
CTS
DSR 6
RTS
7
6
DSR
DCD 8
CTS
8
8
DCD
TxD
RxD
20 DTR
DTR 20
Signal Splitter
DB9F
Micro/4
DB9F
PC/AT
DB25F
Serial Printer
DB9F
TxD
3
2
RxD
TxD
2
2
RxD
RxD
2
3
TxD
RxD
3
3
TxD
GND 5
5
GND
GND 7
5
GND
DTR
4
4
DTR
RTS
4
4
DTR
DSR 6
6
DSR
CTS
5
6
DSR
RTS
7
7
RTS
DSR 6
7
RTS
CTS
8
8
CTS
DCD 8
8
CTS
DTR 20
PC/AT
PC/AT
PC/XT
PC/AT
3.9
DB25M
DB25F
DB25F
DB25M
TxD
2
2
TxD
TxD
2
2
TxD
RxD
3
3
RxD
RxD
3
3
RxD
RTS
4
4
RTS
RTS
4
4
RTS
CTS
5
5
CTS
CTS
5
5
CTS
DSR 6
6
DSR
GND 7
7
GND
GND 7
7
GND
DCD 8
8
DCD
8
DCD
DSR 6
6
DSR
20 DTR
DTR 20
20 DTR
RI
22 RI
Modem
Dial-up
DCD 8
DTR 20
RI
22
RS/6000
22 RI
Modem Dial-up
22
RS/6000
(64-port)
Only
Wrap Plug Pinout
DB9F
2
7
6
8
Micro/5 Aux Port
RS/6000
to
Signal Splitter
Cable PN 320026001
Signal Splitter
to
Micro/5
Cable PN 320011002
Signal Splitter
to
Long or Short
Haul Modem
Cable PN 320024001
3.10
Cabling and Pinouts
CHAPTER
3
RS-422 Wiring Diagrams
FIGURE 5: RS-422 Wiring Diagram Micro to Micro
3.11
RS-422 Wiring Diagrams
FIGURE 6: RS-422 Wiring Diagram Micro to Micro
3.12
CHAPTER
4
Modems
Approved Dial-up Modems
•
IBM 7851-002
•
Cardinal MVO288XF2
•
Boca Research V34 DataFax MV.34ED
•
Hayes Acura 28.8-08-02351
•
Hayes Acura 33.6-08-02760
•
Packard Bell PB9600MNP
•
STAR Comm
Refer to Technical Bulletin PPS-20C dated February 1997 for more
information on these modems.
LDM 419/LM 49 Modem Settings
For RS/6000
Long Haul (200 miles), 4-Wire voice grade leased lines, Full Duplex,
loaded (switched) lines.
4.1
LDM 419/LM 49 Modem Settings For RS/6000
S6 Switch Settings
1
2
3
4
5
6
7
8
OPEN (UP)
OPEN (UP)
OPEN (UP)
OPEN (UP)
OPEN (UP)
OPEN (UP)
OPEN (UP)
OPEN (UP)
Tx Level 0 (dBm)
Not Used
Constant Carrier
RTS/CTS Delay 0 (ms)
S7 Switch Settings
1
2
3
4
5
6
7
8
CLOSED (DOWN)
OPEN (UP)
CLOSED (DOWN)
OPEN (UP)
OPEN (UP)
OPEN (UP)
CLOSED (DOWN)
OPEN (UP)
Asynchronous Operation CH0
10 Character Length (bits) CH0
(Open for 11 bits)
Single Channel
Synchronous Operation Channel 1
(Open for 11 bits)
Not Used
Strap Settings
W8
W7
W2
W4
W3
False
Internal Clock
Remote Test Disabled
Local Test Disabled
Digital LPBK Disabled
NOTE: Pushbuttons RL TM DL AL HS should all be OFF (OUT).
4.2
Modems
CHAPTER
4
RM 3419 (Rack Mount) Modem
Settings For RS/6000
S1 Switch Settings
1
2
3
4
5
6
7
8
OPEN (UP)
OPEN (UP)
CLOSED (DOWN)
OPEN (UP)
OPEN (UP)
OPEN (UP)
OPEN (UP)
CLOSED (DOWN)
Internal Clock
Digital LPBK Disabled
Remote Test Disabled
Not Used
Split Channel Disabled
Signal Ground Isolated
Local Test Disabled
S2 Switch Settings
1
2
3
4
5
6
7
8
OPEN (UP)
OPEN (UP)
OPEN (UP)
OPEN (UP)
OPEN (UP)
OPEN (UP)
OPEN (UP)
OPEN (UP)
Tx Level 0 (dBm)
Not Used
Constant Carrier
RTS/CTS Delay 0 (ms)
4.3
RM 3419 (Rack Mount) Modem Settings For RS/6000
S3 Switch Settings
1
2
3
4
5
6
7
8
CLOSED (DOWN)
OPEN (UP)
CLOSED (DOWN)
OPEN (UP)
OPEN (UP)
CLOSED (DOWN)
OPEN (UP)
OPEN (UP)
Asynchronous Operation CH0
(Open for 11 bits)
Synchronous Operation CH1
(Open for 11 bits)
Not Used
Not Used
NOTE: Pushbuttons RL TM DL AL HS should all be OFF (OUT).
4.4
Modems
CHAPTER
4
LDS 120E Switch Settings Using
Controlled Carrier
Short Haul (5 miles), 4-Wire, Full Duplex, non-loaded (non-switched)
lines.
Rear Panel Switch Settings
1
2
3
4
5
6
CLOSED (ON)
OPEN (OFF)
CLOSED (ON)
CLOSED (ON)
CLOSED (ON)
Not Used
Mode 0
Controlled Carrier**
4 Wire Full Duplex
Auto Phase
Receiver Phase A
** Modem on printer side only
4.5
LDS 120A Switch Settings Using Controlled Carrier
LDS 120A Switch Settings
Using Controlled Carrier
Rear Panel Switch Settings
1
2
3
4
5
6
CLOSED (ON)
CLOSED (ON)
CLOSED (ON)
CLOSED (ON)
Not Used
Not Used
Mode 0
Transmitter Gain 0 (dBO)
Strap Settings
W2 4 Wire Full Duplex
W3 Auto Phase
W6 Controlled Carrier
4.6
CHAPTER
5
Dial-In Support
Modem Settings
Modem Setup
The dial-up settings to enable remote dial-up support for Hayes
Compatible Modems are as follows:
You need to send the following AT commands to the modem using
any communication package (ProComm Plus) on a personal
computer or using a dumb terminal. Both of these methods will work
for using a straight-through cable in the section that follows. This
cable will also work to attach the modem to the Picture Perfect
machine for normal operation when the setup is complete.
Use the following commands to setup the modem:
AT&F
Enter
(Reset to factory settings)
ATS0=1
Enter
(Auto answer ON, pickup after 1
ring)
AT&D1
Enter
(Assume command state when an
on-to-off transition of DTR occurs)
AT&C1
Enter
(Track presence of data carrier)
ATE0
Enter
(Disable character echo in command
state)
ATQ1
Enter
(Modem does not return result
codes)
AT&W0
Enter
(Save as profile 0)
You can view this profile by type the following command:
AT&V
Enter
(Displays current settings)
5.1
Cabling
Cabling
The RISC/6000 to Hayes Modem Cable pinouts are:
DB25F
DB25M
TxD
2
2
TxD
RxD
3
3
RxD
RTS
4
4
RTS
CTS
5
5
CTS
DSR 6
6
DSR
GND 7
7
GND
DCD 8
8
DCD
DTR 20
20 DTR
RI
22 RI
22
RS/6000
Modem
The UnixWare System (PC) to Hayes Modem Cable pinouts are:
DB9F
DCD 1
8
DCD
RxD
2
3
RxD
TxD
3
2
TxD
DTR
4
20 DTR
GND 5
7
GND
DSR 6
6
DSR
RTS
7
4
RTS
CTS
8
5
CTS
RI
9
PC/Pentium
5.2
DB25M
22 RI
Modem
Dial-In Support Modem Settings
CHAPTER
5
Setup on the Picture Perfect
Computer
RS/6000
Settings for the tty port on the RS/6000 should be as follows:
1.
On the main console, log on as root.
2.
At the # prompt, type: smit tty
3.
Select Add a TTY or Change/Show Characteristics of a TTY, then
select the appropriate port.
4.
Type or select values in entry fields. Press
all desired changes.
[TOP]
Enter
Enter
AFTER making
[Entry Fields]
TTY type
TTY interface
Description
Parent adapter
*PORT number
BAUD rate
PARITY
BITS per character
Number of STOP BITS
TERMINAL type
STATE to be configured at boot time
tty
rs232
Asynchronous Terminal
sa1
Your port
[s2]
[9600]
Your modem
[none]
baud rate
[8]
+
[1]
+
Terminal
[vt100]
emulation
[available]
NOTE: For AIX Version 4.2.1, the following field titles and entry fields
will not appear.
DMA
Receive Trigger
Transmit buffer count
Name of initial program to run
on
0,1,2,3
[16]
[/etc/getty]
+
#
5.3
Setup on the Picture Perfect Computer
NOTE: The following attributes are only applicable if /etc/getty is
specified as the initial program to run.
Enable program?
Run level
Enable LOGIN
TIME before advancing to next port setting
STTY attributes for RUN TIME
STTY attributes for LOGIN
RUN shell activity manager
Optional LOGGER name
respawn
2
enable
+
[0]
+#
[clocal,hupcl,cread,brkint,
icrnl,opost,tab3,onlcr,isig,
icanon,echo,echoe,echok,
echoctl,echoke,imaxbel,
iexten]
[clocal,hupcl,cread,echoe,
cs8,ixon,ixoff]
no
+
[ ]
[BOTTOM]
5.4
CHAPTER
5
UnixWare System
1.
At the CASI-RUSCO login screen, log in as system owner.
2.
Bring up a terminal window and log in as root.
3.
At the # prompt, type: . /cas/bin/profile
4.
At the # prompt, type: modem_setup.sh
Enter
Enter
Result: The following messages display.
Support modem port setup utility for Unixware
Server.
COM2 port will be used for the support modem.
Please enter the baud rate for the selected
port (2400, 9600,19200):
5.
Enter the desired baud rate and press
6.
If the baud is incorrect, press n and you will be prompted to enter
a new baud rate. If the baud rate is correct, press y.
Enter
.
Result: If you responded with a y, messages similar to the
following will display. In this example, the baud rate used was
19200.
Baud rate is: 19200
Baud rate: 19200
Initialization string: ATS0=1&W
Successfully added ttymon9.
Successfully added login service for tty01h.
Modem port setup utility successfully ended.
5.5
Verify the Login Service Setup
Once the login service has been set up, verify that the setup is correct.
There will be two utilities used: pmadm and sacadm.
1.
At the # prompt, type: pmadm -l
Enter
Result: Messages similar to the following will display.
PMTAG
PMTYPE SVCTAG FLGS ID SCHEME
<PMSPECIFIC>
ttymon9 ttymon 01h
u login
/dev/term/01h - - /usr/bin/shserv - 19200NP
ldterm tty01h: - - - - #
tcp
listen 0
root
\x00020ACE000000000000000000000000 - c /usr/lib/saf/nlps_server
#
This line
shows that the
setup was successful.
tcp
listen 105
root
- c - /usr/net/servers/rfs/rfsetup #RFS Server
tcp
listen lp
root
- p - /var/spool/lp/fifos/listenS5 #
-
tcp
listen lpd
root
\x00020203000000000000000000000000 - p /var/spool/lp/fifos/listenBSD #
tcp
listen 10103
nuucp - c - /usr/lib/uucp/uucico -r 0 -u nuucp -i
TLI #uucp
tcp
listen cu
u
root
- c - /usr/lib/saf/ttymon -g -h -m
ntty,tirdwr,ldterm #cu
5.6
-
-
2.
At the # prompt, type: sacadm -l
CHAPTER
5
Enter
Result: Messages similar to the following will display.
PMTAG
PMTYPE
FLGS RCNT
STATUS
COMMAND
inetd
inetd
- 0
ENABLED
/usr/sbin/inetd #internet daemon
This line shows that the
tcpsuccessful.
listen - 3
ENABLED
setup was
/usr/lib/saf/listen -m inet/tcp0 tcp
2>/dev/null #
ttymon9 ttymon - 0
/usr/lib/saf/ttymon #
ENABLED
5.7
NOTES
5.8
CHAPTER
6
Micros
Connectors, LEDs and Jumpers
❐ For Micro/4, go to page 6.2.
❐ For MicroProx, go to page 6.14.
6.1
Micro/4
FIGURE 7: Micro/4 Power Terminal Points
6.2
Micros
CHAPTER
6
FIGURE 8: Micro/4 Terminal Points, Status LEDs & Jumpers
6.3
Micro/2
FIGURE 9: Micro/2 Terminal Points & Status LEDs
6.4
Micros
CHAPTER
6
FIGURE 10: 32 DI/DO Terminal Points
6.5
Micro/5
Power/Communications Board, Micro/5-P, Micro/5-PX,
and Micro/5-PXN
FIGURE 11: Power/Communications, Micro/5-P, Micro/5-PX, and
Micro/5-PXN Terminal Points & Status LEDs
6.6
Micros
CHAPTER
6
2RP Board for the Micro/5
The 2RP board will work with the Micro/5-P, the Micro/5-PX, and
the Micro/5-PXN.
FIGURE 12: 2RP Board Terminal Points
6.7
2SRP Board for the Micro/5
The 2SRP board will work with the Micro/5-P, the Micro/5-PX, and
the Micro/5-PXN.
FIGURE 13: 2SRP Board Terminal Points
6.8
Micros
CHAPTER
6
4CRP Board for the Micro/5
The 4CRP board will work with the Micro/5-PX and the
Micro/5-PXN.
FIGURE 14: 4CRP Board Terminal Points
6.9
8RP Board for the Micro/5
The 8RP board will work with the Micro/5-PX and the Micro/5-PXN.
The 8RP board has been redesigned to work with 12V readers only.
Specifically, the jumper to select either 5V or 12V has been removed
along with the option to change the resistor packs. This new version
of the 8RP board can be identified by the assembly number of
110100001 with a revision of C or higher.
FIGURE 15: 8RP Board Terminal Points
6.10
Micros
CHAPTER
6
RuscoRP Board for the Micro/5
Only:
•
Picture Perfect Version 1.4 or higher using the Micro/5-PX
board,
•
Picture Perfect Version 1.5 using the Micro/5-PXN board
or
supports the RuscoRP board.
FIGURE 16: RuscoRP Board Terminal Points
6.11
20 DI and 16 DO Board for the Micro/5
FIGURE 17: Micro/5 20 DI & 16 DO Terminal Points
6.12
Micros
CHAPTER
6
16 DOR Board for the Micro/5
FIGURE 18: Micro/5 16 DOR Terminal Points
6.13
MicroProx-P
FIGURE 19: MicroProx-P Terminal Points
6.14
CHAPTER
Micros
6
Switch Settings for Picture
Perfect
The Micro/4 and the Micro/5-P CPU boards have micro settings.
These switches must be set correctly if the micro is used in a dial-up
configuration. As direct-wired micros, the Picture Perfect host
assigns the address to the micro during initial communication
regardless of the switch settings.
NOTE: The Micro/5-PX, Micro/5-PXN, and MicroProx do not have nor do
they require switch settings. The micro address is set using one of the
CASI-RUSCO micro firmware installation tools, MCUTIL, and needs to
be set correctly only for a dial-up or networked micro. Refer to
Chapter 7 - Micro Firmware Tools, for more information.
Micro/4 Switch Settings
This section contains the switch settings for switch block 1 and 2 of
the Micro/4 CPU board and the switch settings for the 8RP board
used with the Micro/4.
Micro/4 CPU Switch Block Settings
The formula for calculating addresses is as follows:
SW1
1
2
3
4
5
6
7
8
Value of Switch
1
2
4
8
16
32
64
128
The table that follows shows example switch settings for Micro
Address IDs 0 through 10.
6.15
Switch Settings for Picture Perfect
TABLE 1: Micro/4 CPU Switch Block 1:
Micro Addressing*
ADDRESS
(VALUE)
SW
1-1
(1)
SW
1-2
(2)
SW
1-3
(4)
SW
1-4
(8)
SW
1-5
(16)
SW
1-6
(32)
SW
1-7
(64)
SW
1-8
(128)
Micro ID 0
0
0
0
0
0
0
0
0
Micro ID 1
1
0
0
0
0
0
0
0
Micro ID 2
0
1
0
0
0
0
0
0
Micro ID 3
1
1
0
0
0
0
0
0
Micro ID 4
0
0
1
0
0
0
0
0
Micro ID 5
1
0
1
0
0
0
0
0
Micro ID 6
0
1
1
0
0
0
0
0
Micro ID 7
1
1
1
0
0
0
0
0
Micro ID 8
0
0
0
1
0
0
0
0
Micro ID 9
1
0
0
1
0
0
0
0
Micro ID 10
0
1
0
1
0
0
0
0
*. 0 = OFF; 1 = ON
Example: The switches for Micro ID 168 are set as follows:
SW1
1
2
3
4
5
6
7
8
Switch Setting
OFF
OFF
OFF
ON
OFF
ON
OFF
ON
Using the formula: 8 + 32 + 128 = 168
6.16
Micros
CHAPTER
6
TABLE 2: Micro/4 CPU Switch Block 2: Micro Type
SWITCH 2
POSITION
MODEM TYPE
1
2
Hayes Compatible/Dial-up
OFF
OFF
RESERVED
ON
OFF
RESERVED
OFF
ON
No Modem Used*/Direct
ON
ON
*. Default Settings
TABLE 3: Host Port Baud Rates
SWITCH 2
POSITION
HOST & PERIPHERAL PORT
BAUD RATE
3
4
1200
OFF
OFF
2400
ON
OFF
4800
OFF
ON
9600*
ON
ON
*. Default Settings
6.17
TABLE 4: Micro Port Baud Rate
SWITCH 2
POSITION
DOWNSTREAM BAUD RATE
5
6
1200
OFF
OFF
2400
ON
OFF
4800
OFF
ON
9600*
ON
ON
*. Default Settings
TABLE 5: Reader Port Baud Rate
SWITCH 2
POSITION
8RP BOARD BAUD RATE
7
1200
OFF
4800*
ON
*. Default Settings
TABLE 6: Downstream Micro
6.18
SWITCH 2
POSITION
DOWNSTREAM MICRO
8
MICRO/4
OFF
MICRO/2
ON
Micros
CHAPTER
6
Micro/4 8RP Switch Settings
TABLE 7: Repeater Function
SWITCH 1
POSITION
REPEATER FUNCTION
MUST BE ON
1
ENABLE*
ON
DISABLE
OFF
*. Default Settings
TABLE 8: Baud Rate
SWITCH 1
POSITION
BAUD RATE SETTINGS
2
3
1200
ON
ON
2400
OFF
OFF
4800*
OFF
ON
9600
OFF
OFF
*. Default Settings
6.19
TABLE 9: Primary Communications Turnaround Time*
SWITCH 1
POSITION
PRIMARY COMMS
TURNAROUND TIME
4
25 TO 30 Milliseconds*
OFF
190 TO 200 Milliseconds
ON
*. Turnaround time is the period
between Request To Send (RTS) and
Clear To Send (CTS).
TABLE 10: Reserved
SWITCH 1
POSITION
5
Reserved
OFF
TABLE 11: Board Number
SWITCH 1
POSITION
ADDRESS
6
7
8
0 P/P Bd 1
OFF
OFF
OFF
1 P/P Bd 2
OFF
OFF
ON
6.20
Micros
CHAPTER
6
TABLE 12: Mode
SWITCH 2
POSITION
RUN/TEST MODE
1
Run*
OFF
Test /Soft Reset
ON
*. Default Settings
NOTE: For the Micro/2 8RP board, reverse the switch settings except
SW1-1 which always stays ON.
TABLE 13: Real Time Clock
SWITCH 2
POSITION
REAL TIME CLOCK
2
Enable
OFF
Disable*
ON
*. Default Settings
6.21
TABLE 14: Reader Types and Data Verification
SWITCH 2
POSITION
READER TECHNOLOGY
3
4
5
Magnetic Stripe (Strobed Input)
ON
ON
OFF
Magnetic Stripe (F/2F Input)
ON
OFF
OFF
Reserved
OFF
ON
OFF
Wiegand/Prox* (Input in F/2F
Format)
ON
OFF
ON
Wiegand/Prox
OFF
OFF
OFF
*. Default Settings
TABLE 15: Keypad Reader Indicator
SWITCH 2
POSITION
READER WITH KEYPAD/TIME
DISPLAY
6
Yes (Non-Supervised Keypad Reader)
ON
No* (Supervised Keypad Reader)
OFF
*. Default Settings
6.22
Micros
CHAPTER
6
TABLE 16: Badge Format
SWITCH 2
POSITION
BADGE FORMAT (WIEGAND)
7
8
26 Bit Sensor Format
OFF
OFF
28 Bit CASI-RUSCO Format
OFF
ON
2801/3201 CASI-RUSCO Format*
ON
OFF
2802/2804 CASI-RUSCO Format
ON
ON
BADGE FORMAT (MAGNETIC
STRIPE)
7
8
10 Digit CASI-RUSCO Format*
OFF
OFF
10 Digit with One or More Fields
OFF
ON
Reserved
ON
OFF
10 Digit CASI w/Local PIN #
Verification
ON
ON
*. Default Settings
6.23
Micro/5 Switch Settings
Micro/5 Power/Communications Switch Settings
TABLE 17: Direct or Dial-Up Micro
SWITCH 1
Position
Type
1
2
Dial-up Micro
OFF
OFF
Reserved
ON
OFF
Reserved
OFF
ON
Direct Micro*
ON
ON
*. Default Settings
TABLE 18: Micro Port Baud Rate
SWITCH 1
Position
Host/Primary
Downstream
3
4
5
6
1200/19200 **
OFF
OFF
OFF
OFF
2400
ON
OFF
ON
OFF
4800
OFF
ON
OFF
ON
9600*
ON
ON
ON
ON
Primary and
Secondary Port
Baud Rate
*. Default Settings
**19.2 Micro/5-PX Direct Micro Only
6.24
Micros
CHAPTER
6
Switch 1 positions 7 and 8 are not used.
Micro/5 20 DI Switch Settings
TABLE 19: DI Board Addressing
Switch 1 –
DI BOARD
#
1
2
3
4
1*
ON
OFF
OFF
OFF
2
OFF
ON
OFF
OFF
3
OFF
OFF
ON
OFF
4
OFF
OFF
OFF
ON
*. Default Settings
TABLE 20: Micro Type
Switch 1-8
DI BOARD
#
Micro/5-2
and
Micro/5-P
Micro/5-PX
and
Micro/5-PXN
1
ON
OFF *
2
ON
OFF *
3
ON
OFF *
4
ON
OFF *
*. 20DI must be Rev. G or later.
6.25
Micro/5 16 DO/DOR Switch Settings
TABLE 21: Board Addressing
Switch 1-
DO/DOR
BOARD #
1
2
3
4
1*
ON
OFF
OFF
OFF
2
OFF
ON
OFF
OFF
3
OFF
OFF
ON
OFF
4
OFF
OFF
OFF
ON
*. Default Settings
Micro/5-P (CPU 186) Switch Settings
For Picture Perfect
See “Micro/4 CPU Switch Block Settings” on page 6.15.
6.26
Micros
CHAPTER
6
TABLE 22: 2RP Board - Reader Technology and Format
Switch 1-
Reader Technology
and Format
1
2
3
4
Not Valid
OFF
OFF
OFF
OFF
Reserved
ON
OFF
OFF
OFF
Reserved
OFF
ON
OFF
OFF
Magstripe Reversed Strobed
OFF
OFF
ON
OFF
Magstripe Water-Mark
OFF
OFF
ON
OFF
Magstripe CASI-RUSCO
Supervised F/2F
ON
OFF
ON
OFF
Magstripe - Strobed
OFF
ON
ON
OFF
Magstripe - F/2F
ON
ON
ON
OFF
Wiegand - 3701,
3702
OFF
OFF
OFF
ON
Wiegand 3201, 34
bit KSC, 38 bit ADT
ON
OFF
OFF
ON
Wiegand - 3202,
4001, 4401
OFF
ON
OFF
ON
Wiegand - 2802,
2804
ON
ON
OFF
ON
6.27
TABLE 22: 2RP Board - Reader Technology and Format
(Continued)
Switch 1-
Reader Technology
and Format
1
2
3
4
Wiegand 2700,
2801, 32 bit
Motorola Indala
OFF
OFF
ON
ON
Wiegand - 2800,
35/37 bit Hughes
ON
OFF
ON
ON
Wiegand - 26 bit, 34
bit Cardkey, 35 bit
Hughes
OFF
ON
ON
ON
Wiegand - 2500,
2804, 3400, 3703
ON
ON
ON
ON
TABLE 23: Reader Board (2RP) Address Settings
Switch 1-
READER
BOARD #
5
6
7
8
1*
ON
OFF
OFF
OFF
2
OFF
ON
OFF
OFF
3
OFF
OFF
ON
OFF
4
OFF
OFF
OFF
ON
*. Default Settings
6.28
Micros
CHAPTER
6
Micro/5 2SRP Switch Settings
TABLE 24: 2SRP Board - Supervised DI End-of-Line
Resistors
Switch 11
2
3
4 through 8
Standard
(1K, 1K)
ON
ON
OFF
OFF
Special
(6.8K, 18K)
ON
OFF
ON
OFF
Time
Display
Readers
(T&A)
OFF
ON
ON
OFF
TABLE 25: 2SRP Board - Supervised DI End-of-Line
Resistors (Continued)
Switch 21
2
3
4
5 through 8
Standard
(1K, 1K)
ON
OFF
ON
OFF
ON
Special
(6.8K, 18K)
ON
OFF
ON
OFF
OFF
Time
Display
Readers
(T&A)
OFF
ON
OFF
ON
ON
6.29
TABLE 26: 2SRP Board - Reader Technology and Format
Switch 3-
Reader Technology
and Format
1
2
3
4
Not Valid
OFF
OFF
OFF
OFF
Reserved
ON
OFF
OFF
OFF
Reserved
OFF
ON
OFF
OFF
Magstripe Reversed Strobed
ON
ON
OFF
OFF
Magstripe Water-Mark
OFF
OFF
ON
OFF
Magstripe CASI-RUSCO
Supervised F/2F
ON
OFF
ON
OFF
Magstripe - Strobed
OFF
ON
ON
OFF
Magstripe - F/2F
ON
ON
ON
OFF
Wiegand - 3701,
3702
OFF
OFF
OFF
ON
Wiegand - 3201, 34
bit KSC, 38 bit ADT
ON
OFF
OFF
ON
Wiegand - 3202,
4001, 4401
OFF
ON
OFF
ON
Wiegand - 2802,
2804
ON
ON
OFF
ON
Wiegand 2700,
2801, 32 bit
Motorola Indala
OFF
OFF
ON
ON
6.30
Micros
CHAPTER
6
TABLE 26: 2SRP Board - Reader Technology and Format
(Continued)
Switch 3-
Reader Technology
and Format
1
2
3
4
Wiegand - 2800,
35/37 bit Hughes
ON
OFF
ON
ON
Wiegand - 26 bit, 34
bit Cardkey, 35 bit
Hughes
OFF
ON
ON
ON
Wiegand - 2500,
2804, 3400, 3703
ON
ON
ON
ON
TABLE 27: Reader Board (2SRP) Address Settings
Switch 3-
READER
BOARD #
5
6
7
8
1*
ON
OFF
OFF
OFF
2
OFF
ON
OFF
OFF
3
OFF
OFF
ON
OFF
4
OFF
OFF
OFF
ON
*. Default Settings
6.31
TABLE 28: Reader Board (2SRP) Address Settings (Continued)
Switch 4-
READER
BOARD #
1
2
3
4
1*
ON
OFF
OFF
OFF
2
OFF
ON
OFF
OFF
3
OFF
OFF
ON
OFF
4
OFF
OFF
OFF
ON
*. Default Settings
TABLE 29: 2SRP Board - Special Reader Types
SW4-5
SW4-6
SW4-7
SW4-8
Standard
Readers
ON
ON
ON
ON
Special
Readers
(single-color
LEDs)*
OFF
ON
ON
ON
Time Display
Readers (T&A)
ON
OFF
ON
ON
Single-color
LED Readers
for Fidelity
OFF
OFF
ON
ON
*. For special readers, refer to the applicable figure in the MICRO/5
INSTALLATION GUIDE.
6.32
Micros
CHAPTER
6
Switch 1-
BOARD
TYPE
5
Standard M/5-P
ON
6
7
ON
First 8RP M/5-PX or
M/5-PXN
8
ON
OFF
OFF
ON
OFF
ON
Does not apply.
Second 8RP M/5-PX or
M/5-PXN
BOARD
TYPE
Switch 21
2
3
4
5
6
7
8
Standard
M/5-P
OFF
OFF
ON
ON
ON
OFF
ON
OFF
First 8RP
M/5-PX or
M/5-PXN
ON
OFF
ON
OFF
ON
OFF
ON
OFF
Second 8RP
M/5-PX or
M/5-PXN
ON
ON
OFF
OFF
OFF
ON
OFF
ON
6.33
Micro/5 RuscoRP Switch Settings
TABLE 32: Reader Board (RuscoRP) Address Settings
Board
Number
Switch 91
2
3
4
5
6
7
8
Board 1
ON
OFF
OFF
OFF
OFF
OFF
OFF
OFF
Board 2
OFF
ON
OFF
OFF
OFF
OFF
OFF
OFF
TABLE 33: Reader Board (RuscoRP) Address Settings
Baud
Rate
600
Baud
6.34
Switch 101
2
3
4
5
6
7
8
ON
ON
ON
ON
ON
ON
ON
ON
CHAPTER
Micros
6
Micro Configurations
Refer to the figures below for the micro configurations available.
FIGURE 20: Direct Connect Micros (No Bi-directional)
1
0
Primary
Port
Secondary
Port
Upstream
Downstream
Modem
TTY#
None
Host
1
None
Primary
Port
Secondary
Port
Upstream
Downstream
Modem
2
TTY#
None
0
2
None
Primary
Port
Secondary
Port
Upstream
Downstream
Modem
TTY#
None
1
None
None
FIGURE 21: Dial-up Micro with Micros Downstream
1
0
Primary
None
Port
Secondary None
Port
Upstream
Host
Downstream 1
Modem
Cardinal
None
Primary
Port
Secondary None
Port
0
Upstream
Downstream 2
Downstream
Modem
Dial-up +
Callback =
None
2
Primary
Port
Secondary
Port
Upstream
Downstream
Modem
None
None
1
None
Downstream
Dial-up +
Callback =
None
6.35
Micro Configurations
FIGURE 22: Network Micro without Fallback Dial-up
0
1
Primary
NetPort
Port
Secondary None
Port
Host
Upstream
Downstream 1
Modem
None
Primary
Port
Secondary
Port
Upstream
Downstream
Modem
2
NetPort
None
0
2
None
Primary
Port
Secondary
Port
Upstream
Downstream
Modem
NetPort
None
1
None
None
FIGURE 23: Network Micro with Fallback Dial-up
0
1
Primary
Port
Secondary
Port
Upstream
Downstream
Modem
NetPort
None
Host
1
Cardinal
Primary
Port
Secondary
Port
Upstream
Downstream
Modem
Callback
2
NetPort
None
0
2
Downstream
Dialup
None
Primary
Port
Secondary
Port
Upstream
Downstream
Modem
Callback
For more information on …
❐ dial-up micros, go to Chapter 8 - Dial-up Micros.
❐ network micros, go to Chapter 9 - Network Micros.
6.36
NetPort
None
1
None
Downstream
Dialup
None
CHAPTER
7
Micro Firmware
Tools
The Micro/5 CPU board contains a Flash EEPROM (Electrically
Erasable Programmable Read Only Memory). A personality (i.e.
application code) must be downloaded at the time of installation.
This same procedure is used to upgrade the EEPROM when
necessary.
NOTE: Micro/5 CPU boards are shipped with no personality (i.e.,
application code) installed.
You may use one of the following CASI-RUSCO micro firmware
installation tools in order to flash application code to a micro:
1.
MICTOOL-FLASH (Win95 and Win98)
2.
MCUTIL32 (Windows)
MCUTIL (DOS utility)
3.
Picture Perfect Flash Utility (AIX and UnixWare)
Each of these methods will be discussed in more detail on the
following pages.
7.1
MICTOOL-FLASH
1. MICTOOL-FLASH
Downloading with MICTOOL-FLASH
Win95 and Win98 program distributed on CD-ROM (for FREE) and
on the CASI-RUSCO Web site for download.
Features:
•
Flashes all CASI-RUSCO micros (Secure Perfect, Picture
Perfect, and Entry Perfect firmware)
•
Edits micro parameter settings such as phone numbers
•
Checks syntax of parameter settings (i.e., dial-up micro must
have an address)
•
Provides online help
Limitations:
•
Cannot flash downstream micros
•
Cannot flash micros via dialing in
The FLASH utility is part of the MICTOOL program; thus, it can be
accessed from the MICTOOL main screen or a shortcut can be made
to the flash.exe if you want to access the flash utility directly.
7.2
Micro Firmware Tools
CHAPTER
7
The utility automatically searches for micros and will usually find a
micro within 30 seconds. If no micro is connected, the screen appears
as follows:
When a micro is connected and found, the screen will display the
Micro Type and firmware information (if available).
7.3
MICTOOL-FLASH
A micro can be flashed with application firmware in two ways:
•
The easiest way is to use Automatic Firmware Flash in the
middle of the screen. Press the button that corresponds to the
firmware you want. (The buttons will display the latest firmware
release on your PC.)
•
Alternatively, you may press MICRO FLASH and select firmware
from a picklist.
Updating the MICTOOL Micro Parameter Block
When a micro has been detected by the program, the PARAMETERS
button is enabled. Press the PARAMETERS button and the program will
read the parameters from the micro and present them on the screen.
An example is shown below.
After you change any parameter, press SAVE TO MICRO to save the
new settings in the micro.
7.4
CHAPTER
7
Erasing the MICTOOL Application Firmware
Individual circumstances may require the erasure of the application
firmware. The following procedures indicate the process.
•
When a micro is connected and found, the screen will display the
Micro Type and firmware information.
7.5
MICTOOL-FLASH
•
Under Automatic Firmware Flash in the middle of the screen,
press any button.
•
During the flash process, the screen will appear as follows:
•
Wait approximately five seconds (the Download Status will
indicate 1% and the last item in the Download Info block must be
Start burning), then press EXIT.
The application code is now erased.
7.6
CHAPTER
7
2. MCUTIL
Downloading with MCUTIL
NOTE: When an applicationless micro receives power, it will stay in
maintenance mode for 30 seconds, reset, and then enter maintenance
mode again. Downloading the firmware should be started immediately
after the reset to prevent time-out errors.
MCUTIL32
Windows program distributed on disk and on the CASI-RUSCO Web
site for download.
Features:
•
Flashes all CASI-RUSCO micros
•
Edits micro parameter settings such as phone numbers and
micro IP address
•
Flashes downstream micros
MCUTIL
DOS utility distributed on disk and on the CASI-RUSCO Web site for
download.
Features:
•
Flashes all CASI-RUSCO micros except Micro/5-P
•
Edits micro parameter settings such as phone numbers and
micro IP addresses
•
•
Provides a help text file (mcutil.txt)
7.7
MCUTIL
The Micro Configuration Utility (MCUTIL) allows you to ...
•
create an address for a Micro/5-PX, Micro/5-PXN and
MicroProx-P (go to page 7.11)
•
erase application code on a Micro/5-P, Micro/5-PX,
Micro/5-PXN and MicroProx-P (go to page 7.16)
•
flash a Micro/5-P, Micro/5-PX, Micro/5-PXN and MicroProx-P
(go to page 7.18)
•
view version information for a Micro/5-PX, Micro/5-PXN and
MicroProx-P (go to page 7.20)
You MUST have a DOS/Windows machine (either a computer or
laptop) in order to use this DOS Utility. In addition, you will need a
cable to connect the new micro unit to that DOS machine.
NOTE: Only one micro unit can be configured at one time. If you have
more than one, connect the first one to the DOS/Windows machine that
contains the Utility, configure that unit, disconnect it, and then attach
the next unit.
The steps necessary are detailed in the sections that follow.
7.8
CHAPTER
7
Starting the Program
The Micro Configuration Utility is a DOS utility that must be run
under DOS or under a DOS window if using Windows.
1.
Go to a DOS/Windows machine and insert the Application
diskette into drive A.
2.
Connect the micro to any serial communications port (1 through
12) on the DOS/Windows computer using a cable. COM 1 is the
default.
(Refer to the MICRO/5 INSTALLATION GUIDE for the correct cable.)
3.
If using the diskette, start the utility by typing the following at
the DOS prompt: a: mcutil
If the installation diskette is in a drive other than A, replace the A
in the command above with the letter of your drive.
Result: The Password screen appears.
4.
Enter the password. If this is the first time entering the program
or you did not change the password, enter: master
If you changed the password, enter the new password.
Result: The Main Menu screen appears.
Before continuing, however, you may want to change the setup of the
communications port. Communications Port 1 (COM 1) is the default.
If you plan on using a port other than COM 1 or need to change the
baud rate or address of this port, go to the section that follows.
7.9
MCUTIL
Setting Up the Utility
Changing the Communications Port
This utility is automatically set to use COM 1 at 9600 baud at the
Address 03F8 and IRQ 4. If you wish to change this or use another
communications port, follow the steps below.
1.
From the Main Menu, select Utility Setup by pressing: S
When you enter this screen the first time, the settings on the
screen are the default settings. When you make a change,
however, those changes will overwrite the default settings.
2.
In the Current Active COM Port (1-12): field, enter the number of
the COM port you are setting up.
3.
In the COM Port Speed (Baud Rate) field, press PgDn to display
a picklist and select the desired baud rate. If setting up a
MicroProx, you MUST select 9600.
4.
Check that the Address and IRQ default settings for the current
COM port are correct. If they are not correct, change the settings
in the appropriate COM Port field.
5.
Press
Esc
to return to the Main Menu.
Changing the Password
The default password is master.
1.
From the Main Menu, select Utility Setup by pressing: S
When you enter this screen the first time, the settings on the
screen are the default settings. When you make a change,
however, those changes will overwrite the default settings.
2.
Move to the Password field using the
password.
3.
Press
7.10
Esc
Tab
key and enter a new
to return to the Main Menu.
CHAPTER
7
SMA Utility - Parameter Block
Manipulation
If the MicroProx-P, Micro/5-PX, or Micro/5-PXN is installed on
Picture Perfect as a dial-up connection, an address and phone
number along with modem information MUST be configured. Since
the MicroProx-P, Micro/5-PX and Micro/5-PXN have no switches to
use to set the address, a program called the Switchless Micro Address
(SMA) Utility was created.
Setting the Address
To set the address:
1.
From the main menu, select Picture Perfect by pressing: 2
2.
From the Picture Perfect Utility Menu, select SMA Utility by
pressing: 1
Result: The Utility waits for an answer from a switchless micro
that contains Picture Perfect Application Code.
— If the attached switchless micro contains Picture Perfect
Direct Application Code, the address of No Address for this
micro is posted in the top section of the screen entitled
Configuration currently saved in the Micro:. The Address of
No Address is a correct address for Picture Perfect which
will assign the address.
Dial-up Application Code, one or more of the following
messages will be displayed which simply means that a
connection is being established with the micro:
(+++) - Dialup Micro Found. Please Wait....
(ATD) - Dialup Micro Found. Please Wait....
(AT&F) - Dialup Micro Found. Please Wait....
7.11
MCUTIL
(ATZ) - Dialup Micro Found. Please Wait....
(AT) - Dialup Micro Found. Please Wait....
Upon connection, the address of that micro is posted in the
top section of the screen entitled Configuration currently
saved in the Micro:. Dial-up micros on Picture Perfect must
be given an address.
Network Application Code or there are no micros found with
Picture Perfect Application Code, a message will be
displayed stating that no micros were found containing
Picture Perfect Application Code.
3.
Query the micro by pressing:
F1
Result:
— If the attached micro contained application code, this step
places the micro in maintenance mode and displays the
current configuration settings of the micro in the top section
of the screen entitled Configuration currently saved in the
Micro:.
— If no micros were found containing Picture Perfect
Application Code, this step checks to see if the micro is in
maintenance mode (i.e., a new micro).
• If a micro is found in maintenance mode, any
information currently saved in that micro is displayed in
the top section of the screen entitled Configuration
currently saved in the Micro:. If there is no information,
the message No Address is displayed.
• If the message TIME OUT displays, check the connection
to the micro and re-query the micro by pressing F1 . If
the message still does not change, then this micro is not a
switchless micro. You cannot use this Utility. Press Esc
to exit the program.
7.12
4.
CHAPTER
7
To enter new information or change existing information, press:
F2
Result: A cursor displays in the bottom section of the screen
entitled Configuration to be saved in the Micro: in the field Micro
Address =.
5.
If this micro has no address, enter an address at the Micro
Address = field and press Enter .
If this micro contains an address, you can accept that address by
retyping the address and pressing Enter or change it by typing
over the existing one and then pressing Enter .
If this is a Micro/5-PXN WITHOUT the dial-up option, then
enter the letter N in this field for No Address.
If this is a Micro/5-PXN WITH the dial-up option, then enter the
address for this micro.
Result: The cursor moves to the Phone # 1 = field. The format of
this number is modem dependent. Check the manual received
with your modem for guidelines.
6.
Enter the complete phone number that the dial-up micro will use
to call the host and press Enter .
For example, if the number is (561) 555-6666 and the number 9
needs to be dialed to get an outside line, you would enter:
9,5615556666
The comma is a pause which gives the telephone system time to
access an outside line. However, as stated before, the format is
modem dependent. Check your modem manual.
Result: The cursor moves to the Phone # 2 = field. The format of
this number is modem dependent. Check the manual received
with your modem for guidelines.
7.
Enter the complete phone number that the dial-up micro will use
to call the host and press Enter .
For example, if the number is (561) 555-6666 and the number 9
needs to be dialed to get an outside line, you would enter:
9,5615556666
7.13
MCUTIL
The comma is a pause which gives the telephone system time to
access an outside line. However, as stated before, the format is
modem dependent. Check your modem manual.
Result: The cursor moves to the Modem Init = field. Press PgDn
to display a picklist of modems. The modem initialization
sequence instructs the modem on hanging up. If you do not select
a modem and leave this field blank, the following default string
is used even though it does not appear in the field:
ATE0Q0V1M1X4S0=1S7=60Y1
NOTE: Any time this field is blank, it will automatically default to the
above string.
8.
If this is a dial-up micro and you wish to use the default string
OR this is not a dial-up micro, press Enter .
If this is a dial-up micro and you DO NOT wish to use the
default, select desired modem from the picklist and the
appropriate modem initialization string for that modem will
automatically be put into this field.
Result: The cursor moves to the Modem Deinit = field. Once you
select a modem for the Modem Init=, this field is automatically
filled in with the respective deinit string. The deinitialization
string instructs the modem on dialing out and answering
automatically. If you leave this field blank, the following default
string is used even though it does not appear in the field:
ATE0Q0V1M1X4S0=1Y1&D0&W
NOTE: Any time this field is blank, it will automatically default to the
above string.
9.
If this is a dial-up micro and you wish to use the default string
OR this is not a dial-up micro, press Enter .
NOTE: The following seven fields are for networked micros ONLY. If
this is not a networked micro, skip to step 17.
Result: The cursor moves to the Micro IP field.
7.14
CHAPTER
7
10. Enter the IP address of the micro in the form: xxx.xxx.xxx.xxx
For example: 192.9.200.90
Result: The cursor moves to the IP Subnet Mask field.
11. Enter the IP subnet mask in the form: xxx.xxx.xxx.xxx
For example: 255.255.255.0
Result: The cursor moves to the Host IP field.
12. Enter the IP address of the host.
Result: The cursor moves to the Backup Host IP field.
13. Enter the IP address of the backup host.
Result: The cursor moves to the Gateway IP field.
14. Enter the IP address of the gateway.
Result: The cursor moves to the Hops Count field.
15. Enter the number of hubs, gateways, routers, etc. between the
micro and the host. The range is 1 to 255.
Result: The cursor moves to the RING Speed field.
16. FOR TOKEN RING NETWORK ONLY! Press PgDn to display a
picklist of values. Select one or leave this field blank. If this field
is left blank and you are using a Token Ring Network, the value
16 will be used.
Result: The cursor moves to the Rx Idle Time.
17. At the Rx Idle Time field, enter the amount of time (20 to 255) the
micro will wait to receive an entire message. The default value
is 20.
18. Press
Esc
to exit from Edit mode.
7.15
MCUTIL
19. Press
Esc
to save the configuration changes.
Result: If these changes were successfully downloaded to the
micro, the top section of the screen entitled Configuration
currently saved in the Micro: will be updated with this new
information.
If the changes were not successfully downloaded, a TIME OUT
message will display. Press F3 again.
20. Press
Esc
to return to the Utility Menu.
If this is a new installation, download the firmware by using the
Flash/Download utility. Go to page 7.18.
Erasing the Application Firmware
To erase the application firmware:
1.
2.
From the Picture Perfect Utility Menu, select SMA Utility by
pressing: 1
The Utility waits for an answer from a switchless micro that
contains Picture Perfect Application Code.
— If the attached switchless micro contains Direct Picture
Perfect Application Code, the address of that micro is posted
in the top section of the screen entitled Configuration
currently saved in the Micro:.
— If the attached switchless micro contains Dial-up Picture
Perfect Application Code, one or more of the following
messages will be displayed which simply means that a
connection is being established with the micro:
(+++) - Dialup Micro Found. Please Wait....
(ATD) - Dialup Micro Found. Please Wait....
(AT&F) - Dialup Micro Found. Please Wait....
7.16
CHAPTER
7
(ATZ) - Dialup Micro Found. Please Wait....
(AT) - Dialup Micro Found. Please Wait....
Upon connection, the address of that micro is posted in the
top section of the screen entitled Configuration currently
saved in the Micro:. Otherwise, a message will be displayed
stating that no micros were found containing Picture
Perfect Application Code.
3.
Query the micro by pressing:
F1
Result:
— If the attached micro contained Application Code, this step
places the micro in maintenance mode and displays the
current configuration settings of the micro in the top section
of the screen entitled Configuration currently saved in the
Micro:.
— If no micros were found containing Picture Perfect
Application Code, this step checks to see if the micro is in
maintenance mode (i.e., a new micro).
• If a micro is found in maintenance mode, any
information currently saved in that micro is displayed in
the top section of the screen entitled Configuration
currently saved in the Micro:. If there is no information,
the message No Address is displayed.
• If the message TIME OUT displays, check the connection
to the micro and re-query the micro by pressing F1 . If
the message still does not change, then this micro is not a
switchless micro. You cannot use this Utility. Press Esc
to exit the program.
4.
The Erase option displays at the bottom of the screen. Press
to erase the application code.
F12
Result: The following message will display:
Application Erased & Micro Reset
5.
Press
Esc
7.17
3. Picture Perfect Flash Utility
Downloading with Picture Perfect Flash
Utility (AIX and UnixWare)
Features:
•
Flashes Micro/5-PXN, Micro/5-PX, MicroProx, and
Micro/5-P micros
•
Limitations:
•
Cannot edit micro parameter settings such as phone numbers
or a micro IP address
•
Does not provide online help
This download procedure can only be used with Picture Perfect
Version 1.3 host systems or later. The flash download program to
upgrade the EPROMs of a Micro/5 is accessed through the CMENU
utility of Picture Perfect or through the flash utility using the
command line.
You will need to download firmware when:
•
the micro is in maintenance mode
•
upgrading to a newer version of application code
To flash the micro:
1.
2.
From the Picture Perfect Utility Menu, select FLASH/DLOAD by
pressing: 2
Result: The Flash Download (DLOAD) Utility screen displays.
7.18
3.
CHAPTER
7
Press F2 to edit the default information. You will need to enter
the following information:
— The address of the micro you wish to flash. If the micro does
not have an address, enter any number, for example, 1.
— If this is a dial-up micro, enter the phone number. Otherwise
leave this field blank.
— Enter the name of the HEX file. Press F4 to display a picklist
of the HEX files that are found on the system.
— Enter the name of the VER file. The VER file is found on the
same diskette as this utility.
WARNING: Currently, Picture Perfect supports six different VER
files in the format:
M5Pvvvx, where:
vvv
x
= the version of the application firmware and
= O for a Micro/5-PX direct,
P for a Micro/5-PX for dial-up,
Q for a MicroProx direct,
R for a MicroProx dial-up,
S for a Micro/5-PXN application and O/S.
— If this micro is on a COM port other than 1, enter the
appropriate port number from 2 to 12.
— If this is a dial-up micro, you have the option of changing the
default Init string. We recommend that you try this string
first and if it does not work, then change it. Refer to your
modem’s manual for more information.
4.
When you are done, press
5.
Press
F1
Esc
.
to begin the flash.
There are two fields near the bottom of your screen: Download
Status and Error Messages. These two fields are informational
fields and show how the flash is proceeding.
If there are any errors, they will be saved to the file error.log.
6.
Upon completion, press
Esc
7.19
Micro Version for Picture Perfect
This option displays the version, date and time of the application
firmware, operating system, and boot code files.
NOTE: Version information will only be displayed if the micro is running
application.
To display the information:
1.
2.
From the Picture Perfect Utility Menu, select Micro Version by
pressing: 3
Result: The Utility waits for a Picture Perfect micro to
communicate. The only Picture Perfect micros that will answer
are those that have application firmware but do not have a
database.
3.
If the micro answers, then that micro’s information is posted on
the screen.
If no micro answered, a window will display asking for the
address of the micro. A micro will not answer if it . . .
— has a database. The micro will not communicate with the
Utility unless the Utility initiates the communication. Enter
the micro’s address. That micro’s information will be posted
on the screen.
— does not contain application firmware. In this case, you will
need to flash this micro first and then use this option.
4.
Press
7.20
Esc
CHAPTER
8
Dial-up Micros
Dial-up micros will not operate without a hardware key. For a
dial-up Micro/5-P, the hardware key attaches to DB9 RS-232
Auxiliary Port J5 (Peripheral Port) on the Power/Communications
board. For a dial-up Micro/5-PX, the hardware key attaches to JP2 on
the CPU board.
Switches 1 and 2 (Modem Type) must be OFF for Hayes compatible
modem on SW2 for the M/4-P and SW1 for the M/5-P and M/5-PX
respectively.
NOTE: If the micro is flashed with Version 1.5.9 flash code or higher, the
dial-up hardware key is no longer needed.
Downstream Micros
With Picture Perfect 1.5, you can have micros downstream from a
dial-up micro (Micro/5-PX only). Each dial-up micro will
automatically be sent the phone numbers of up to 16 compatible
modem/port lines at the host. If the first line is in use, the micro will
automatically try the second line, etc.
Preload Utility
The preload utility makes an approximation of the badges likely to
be used by the micro, and then adds the badge IDs to the
micro_relation table. Then reload is used to download the badges to
the micro. If it is anticipated that the number of badgeholders using
this micro is close to the maximum badge capacity of the micro as
purchased, it is not advisable to use the preload utility.
8.1
Preload Utility
For example:
preload -mxxx -r > /tmp/mbadges
Enter
where xxx is the dial-up micro ID and -r means to report the number
of badges without marking them.
Use vi to review the badge IDs in the file /tmp/mbadges that will be
downloaded to the micro if the preload function is used.
To run preload enter the following:
1.
Log on as root on the main console
2.
Type: preload -mxxx
Enter
where xxx is the micro ID
3.
Type: reload xxx &
Enter
where xxx is the micro ID and & runs the program in the
background
8.2
Dial-up Micros
CHAPTER
8
Dial-Up Micro Port Setup
On AIX
1.
On the main console, log on as root.
2.
At the command prompt, type: smit tty
3.
[TOP]
Enter
[Entry Fields]
TTY type
TTY interface
Description
Parent adapter
*PORT number
BAUD rate
PARITY
BITS per character
Number of STOP BITS
TERMINAL type
tty
rs232
sa1
[1-16]
Your port
[2400]
Your modem
[none]
baud rate
[8]
+
[1]
+
[dumb]
[available]
Enable program?
Run level
Enable LOGIN
respawn
2
disable
[0]
[hupcl,cread,brkin>
[hupcl,cread,echo>
no
[ ]
+
+#
+
[BOTTOM]
8.3
Dial-Up Micro Port Setup
On Picture Perfect
From the Picture Perfect main menu, select Devices/Ports. Set up the
form with the following entries:
Description:
tty:
Phone:
Line Settings:
Modem Type:
8.4
Port-0 Dialup
(your description)
/dev/tty2
(your tty port number)
9986100
(phone # without prefix or area
code of the modem connected
to this tty on the host)
2400,8,1, None
(for Micro/5-P)
9600,8,1, None
(for Micro/5-PX)
HAYES 2400
(for Micro/4 and Micro/5-P)
HAYES 9600
(for Micro/5-PX)
Dial-up Micros
CHAPTER
8
Dial-up Micro Setup
Micro Setup
From the Picture Perfect main menu, select Devices/Micros. Set up
the dial-up micros as you would a normal micro with the following
exceptions and additions:
Primary Port:
NONE
Secondary
Port:
NONE
Upstream
Micro:
HOST
Downstream
Micro:
NONE
Modem Type:
CASI-RUSCO
approved
(Baud rates 9600 for M/5-PX)
Idle Time:
30 secs
(recommended # of seconds of
‘dead time’ before hang-up
occurs. Must be greater than
[(Host-micro retries) x
(Host-micro retry
interval)+1])
Max Connect
Time:
15 mins
(recommended # of minutes
the micro and host stay
connected; however, after a
reset, connection continues
1 hour to allow for badge
download)
Micro Phone
Number:
9,15619986201
(prefix, area code, # host uses
to dial micro)
8.5
Dial-up Micro Setup
Micro Dialout
Prefix:
9,561
(prefix, area code the micro
needs to put in front of the
host’s phone # )
Always
(The host immediately dials
the micro and updates its
database)
Never
(changes are saved and down
loaded the next time
communications occurs)
Ask Operator
(prompts operator to call now
or save the data for download
the next time communications
occurs)
Host
(when the micro calls the host,
the host immediately hangs
up and calls the micro)
Micro
(when the host calls the micro,
the micro immediately hangs
up and calls the host)
None
(No callback occurs)
Upstream
Retries:
3
([(retry) x (retry interval)] must
be less than 45 seconds)
Upstream Retry
Interval:
3
Host-micro
Retries:
3
Host-micro
Retry Interval:
8
Dial on
Updates:
Callback:
8.6
([retry x retry interval] must be
less than 25 seconds)
Dial-up Micros
Polling
Interval
1 hour
CHAPTER
8
(Recommended time; interval
must be greater than the idle
time; max 32,000 sec., 9 hrs)
Modem Setup
100% Hayes Smartmodem-compatible modem must be used with the
dial-up feature. The Cardinal 28.8 V.34 modem and the Hayes 1200,
2400, and 9600 modem types are pre-defined in your database. It
should not be necessary to change the values for these.
Modem Initialization and Deinitialization strings:
Init String:
ATE0X3V1Y1&C1&D2S0=1S7=18&W
Deinit String:
ATE0X3V1Y1&C1&D2S0=1S7=18&W
For a 64-port Concentrator add an H to the end of the Deinit String.
The modems at the RS/6000 need the following settings. To set up
the modems send the following commands via a dumb terminal or
PC using Procomm or another communication software:
1.
AT&F
(sets it to factory defaults)
2.
ATL0 or ATL1
3.
AT&D2
Enter
(Enter command state when
on-to-off transition of DTR occurs
after a hang up)
4.
AT&C1
Enter
(Track status of carrier detect signal)
5.
AT&W0
Enter
Enter
Enter
(sets speaker volume to low)
(save profile 0)
8.7
Dial-up Micro Setup
The modem at the micro end needs the following settings:
1.
AT&F
(sets it to factory defaults)
2.
ATS0=1
3.
ATL0 or ATL1
4.
AT&Z0=9,15619986100
Enter
(sets to auto-answer after 1 ring)
Enter
(sets speaker volume to low)
Enter
Enter
(NOTE: This setting applies to Micro/4
and Micro/5-P only.) (stores phone #
used to call host in location 0. 9 and
“,” to switch to outside line and
pause. 1 for long distance, 561 area
code, 9986100 phone # )
5.
AT&D0
6.
AT&W0
Enter
(save profile 0)
7.
AT&W1
Enter
(save profile 1)
8.
AT&V
Enter
Enter
(ignore status of DTR signal)
(to view and verify modem settings)
NOTE: On some newer modems, the modem data rate and modulation
might need to be locked at the line speed used by the port, e.g. 2400
(V22bis), so that the modem does not try to negotiate communication at
higher line speeds and prolong connection time. If you notice that the
time from dialing to actually getting Carrier Detect is longer than 18
seconds you might have to increase the value of the S7 register for the
modem to connect. Also, disable XON/XOFF pass-through flow control.
Flash Notes
•
Flash from Host must be done at console.
•
Must be logged in as root.
•
Host to Modem cable must be 8 wire null modem cable
8.8
Dial-up Micros
•
CHAPTER
8
Wrap plug forces micro into maintenance mode. The pinouts are
as follows:
Wrap Plug Pinout
DB9F
1
9
2
7
6
8
Micro/5 Aux Port
Cabling
The cables provided from IBM for use with the 2 planar serial ports
work without any adapters from the 8-port or 16-port on the host to
the modem. If you don’t have these cables, use the following pinouts:
DB25F
DB25M
TxD
2
2
TxD
RxD
3
3
RxD
RTS
4
4
RTS
CTS
5
5
CTS
DSR 6
6
DSR
GND 7
7
GND
DCD 8
8
DCD
DTR 20
20 DTR
RI
22 RI
22
RS/6000
Modem
Dial-up
8.9
Cabling
Use the following cable pinouts if you are using the 64-port
Concentrator:
DB25F
DB25M
TxD
2
2
TxD
RxD
3
3
RxD
RTS
4
4
RTS
CTS
5
5
CTS
GND 7
7
GND
DCD 8
8
DCD
6
DSR
DSR 6
DTR 20
20 DTR
RI
22 RI
22
RS/6000
(64-port)
Modem
Dial-up
For a Micro/4 to Modem cable, use part number 320025002.
For a Micro/5 to Modem cable, use part number 320025001.
8.10
CHAPTER
9
Network Micros
Micros Downstream
The Micro/5-PXN will support up to 7 Micro/5-PX micros
downstream using an RS-232 or RS-422 serial connection.
Network Micro Setup
Before downloading the application, the IP addresses for the micro
MUST be set. Refer to the table below for the additional settings
needed. These addresses can be set only by using one of the
CASI-RUSCO micro firmware installation tools and a serial
connection. Refer to Chapter 7 - Micro Firmware Tools for more
information.
Ethernet CPU
On the same
LAN as the host
• Micro IP Address
• Host IP Address
• Network Mask
Token Ring CPU
•
•
•
•
Micro IP Address
Host IP Address
Network Mask
Ring Speed (4MB
or 16MB)
9.1
Network Micro Port Setup on Picture Perfect
On a different
LAN as the host
Ethernet CPU
Token Ring CPU
Above parameters
plus:
• Router/Gateway IP
Address
• Hop Count (if not
known, use the
maximum hop
count on the
network)
Above parameters
plus:
• Router/Gateway IP
Address
• Hop Count (if not
known, use the
maximum hop
count on the
network)
Using fallback dial-up option
Use same procedure
to flash a dial-up
micro using one of
the CASI-RUSCO
micro firmware
installation tools to
record micro_id and
phone number
Install PCMCIA
modem card in the
internal slot on your
Micro/5-PXN CPU
board and the
PCMCIA network
card in the external
slot.
Next, you will need to add the address and name of each network
micro to the hosts file of your Picture Perfect machine.
Network Micro Port Setup on
Picture Perfect
From the Picture Perfect main menu, select Devices/Network Ports.
Set up the form with the following entries:
Description:
Network Micro 0 Port
(your description)
Host Name:
Micro 152
(host name of the
network micro) *
* Exactly as shown in /etc/hosts
9.2
Network Micros
CHAPTER
9
Network Micro Setup on Picture
Perfect
From the Picture Perfect main menu, select Devices/Micros.
Set up the network micros as you would a normal micro with the
following exceptions and additions:
Primary Port:
Secondary Port:
NONE
Modem Type:
NONE
(select a network
micro port)
If this is a dial-up network micro:
Primary Port:
Secondary Port:
(select a network
micro port)
NONE
Modem Type:
(select the modem
type of the micro’s
modem)
Complete the remainder of the dial-up screen.
Important Information for Firewall Users
If your installation requires ANY micro and its corresponding host to
communicate through a firewall, then the firewall must be
configured to allow for connections through the following range of
ports: 6767 to 7800.
9.3
Network Micro Setup on Picture Perfect
Currently, the following ports have been designated for use:
Port
Name
Description
6767
Application
Normal operation data port between
micro and host.
6768
Key
Port for exchanging DES key
information.
6868
Reserved
Future use port.
7777
Reserved
Future use port.
The following is a list of products that use these ports: CASI-RUSCO
micro firmware installation tools (refer to the MICRO/5 INSTALLATION
GUIDE), Picture Perfect, and Micro/5-PX.
9.4
CHAPTER
10
Model 430/435
and 94x/97x
Readers
While Picture Perfect supports many readers, only the magnetic
stripe Model 430/435 and the proximity 94x/97x series are discussed
in this chapter. For more information on these readers or other
readers supported by CASI-RUSCO, refer to their installation
manual.
Model 430/435 Magnetic Stripe
Wiring Diagram for the Model 430/435
See next page for the wiring diagram.
10.1
FIGURE 24: Wiring Diagram, Model 430/435 Intelligent Reader to
Door Strike and Microcontroller
10.2
One AMP fuse, power supply (fused primary) and relay provided by the installer/customer.
Relay coil resistance must be 100 ohms or greater at 12/48VDC.
Pull up resistors, 470 ohm, 1/4W required on AUX DO lines on runs over 500 feet installed at micro
connector, supplied with the reader. Pull up resistors are not required when wiring to 2SRP or 8RP
boards.
Maximum cabling distance using 22 AWG telephone wire (unshielded) is 2,000 feet for 12VDC micros or
one mile for 48VDC micros. Shielded cable is recommended in electrically noisy environments.
If using shielded cable, connect all shields together at the micro end, connect to ground stud in lower
left corner of cabinet using 14 AWG wire. No shield connections at reader.
3.
4.
5.
6.
Protection diodes may be 1N4002, 1N4003 or 1N4004 for the door strike assembly (supplied by the
installer) for DC strikes only.
2.
1.
NOTES (Unless otherwise specified):
Model 430/435 and 94x/97x Readers
CHAPTER
10
10.3
Troubleshooting the Model 430/435
Reader
If the operation of a component is in doubt, substitute a known good
component and retry the system. Always verify wiring against the
wiring diagrams before powering up the system.
Refer to the following Troubleshooting Chart.
IF YOU SEE THIS:
EXPLANATION/ACTION:
Red LED is
always off and
green LED is
always on.
The red LED indicates that power is on and
the strike relay is off. The green LED
indicates that the strike relay is on. These
LEDs are controlled by the input on J1 pin 9.
1. Disconnect the wire on J1 pin 9. If the
green LED goes off and the red LED
comes on, the problem is probably not
with the reader. If the red LED does not
turn on and/or the green LED does not
turn off when J1 pin 9 is disconnected,
replace the reader.
2. Reconnect the wire on J1 pin 9 and
measure the voltage at J1 pin 9. A low
voltage turns off the red LED and turns
on the green LED and strike relay. If the
voltage is low, check to see if the host
system is turning on the door strike relay.
None of the LEDs
are on.
Swipe a badge through the reader and listen
for the beep while watching the yellow LED.
• If the beeper sounds and the yellow LED
lights briefly, the reader has power.
Replace the reader.
• If the beeper does not sound and the
yellow LED is off, check the power
connection to the reader.
10.4
CHAPTER
10
IF YOU SEE THIS:
EXPLANATION/ACTION:
Reader beeps
three short, rapid
beeps per
second.
NOTE: Applies to
supervised mode
only.
The reader has lost communications with
the microcontroller.
1. Check reader to microcontroller wiring
(refer to the appropriate installation
drawing in this manual). Verify that the
AUX DO is jumpered to the READER IN
on the microcontroller using the resistor
supplied with the reader. If the cable
length is longer than 500 feet, be sure
that the correct pull-up resistor is
installed on the microcontroller.
2. Verify that the microcontroller has the
correct firmware for a supervised reader
(refer to the appropriate microcontroller
manual).
3. Try the reader on a different reader input
of the microcontroller. If this corrects the
problem, the problem is probably in the
microcontroller.
4. Replace the reader with a known good
reader. If this corrects the problem, return
the defective reader for repair.
5. If you have eliminated all of the above
possibilities (Steps 1 through 4), there
may be a significant electrical noise
source present in the installation that is
interfering with the
reader-to-microcontroller
communications. If so, the use of
shielded wire for the
reader-to-microcontroller connections is
recommended.
10.5
IF YOU SEE THIS:
EXPLANATION/ACTION:
Reader beeps
three short, rapid
beeps per half
second.
NOTE: Applies to
supervised mode
only.
Indicates a tamper violation. Verify that the
tamper switch is held closed by fastening
the reader back to the reader. If this does
not correct the problem, return the reader for
repair.
Beeper is always
on.
• The exit request input will turn the beeper
10.6
on. If the beeper turns off when the exit
request switch is activated, the exit
request switch is wired wrong or the exit
jumper is incorrect. Verify that the exit
request switch is wired correctly and that
the exit jumper is correctly placed. If in
5029 mode, the exit jumper should be
removed or placed in the normally open
position.
• In the supervised mode, the
microcontroller may command the reader
to turn on the beeper. If the beeper is
always on, verify that the system has not
told the reader to turn on the beeper.
Refer to the appropriate system manual
for details.
• Replace the reader with a known good
reader. If this corrects the problem, return
the defective reader for repair. If the
beeper continues to beep, repeat Steps 1
and 2 above.
CHAPTER
10
IF YOU SEE THIS:
EXPLANATION/ACTION:
Yellow LED and/or
beeper do not turn
on briefly when a
badge is swiped.
The yellow LED and the beeper turn on
briefly to indicate a valid badge read.
Perform the following tests using a known
good badge:
1. Swipe a known good badge through the
reader. If the yellow LED and the beeper
do not turn on briefly, replace the reader
with a known good reader. If the
replacement reader works correctly,
return the defective unit for repair.
2. If the yellow LED and the beeper do not
turn on briefly on the replacement reader,
the badge is probably defective.
10.7
IF YOU SEE THIS:
Green LED turns
on but the door
does not unlock
properly.
OR
Green LED does
not turn on and
door does not
open with a valid
badge.
10.8
EXPLANATION/ACTION:
The green LED is turned on by an external
source. When the green LED is on, the door
strike relay is on.
1. Verify that the door strike is wired
correctly and that the relay jumper is set
correctly. Be sure the door is locked
when the red LED is on.
2. Remove the wire from J1 pin 9 and place
a jumper wire from J1 pin 9 to ground (J1
pin 1). Verify that the green LED is now
on. If the door is unlocked, the reader
and door strike are operating correctly. If
the door does not unlock, reconnect the
wire on J1 pin 9 and proceed to Step 3.
3. Remove the wires from J1 pin 6 and J1
pin 4. This disconnects the door strike
from the reader. If a fail-safe door strike
was used, the door should now be open.
If a fail-secure door strike was used, the
door should now be locked. Take the two
wires that were removed from J1 pin 6
and J1 pin 4 and short them together.
Note that the status of the strike has
reversed; a fail-secure strike is now
unlocked and a fail-safe strike is now
locked. If the door strike is working as
described above, the reader is defective
and should be returned for repair. If the
door strike is not working, reconnect the
wires and return to Step 1.
CHAPTER
10
IF YOU SEE THIS:
EXPLANATION/ACTION:
Reader beeps
more than once
when a valid
badge is
presented.
NOTE: Applies to
supervised mode
only.
The reader beeps and the yellow LED lights
briefly each time badge data is sent to the
microcontroller. When a badge is swiped,
the reader reads the badge and tests to see
if the badge was read correctly. If the badge
was read correctly, the reader sends the
data to the microcontroller and waits
approximately 1/3 second for the
microcontroller to acknowledge receipt of
the badge data. If the microcontroller does
not acknowledge receipt of the data, the
reader sends the data again until it is
acknowledged by the microcontroller. Each
time the data is sent, the reader beeps
briefly. After the reader has sent the badge
data unsuccessfully three times, it will stop
trying and sound an error signal (three short
beeps). This feature is useful in
troubleshooting marginal installations. A
high level of electrical interference may
cause the reader to make multiple attempts
at communications with the microcontroller.
10.9
IF YOU SEE THIS:
EXPLANATION/ACTION:
1. If multiple beeps occur regularly, refer to
the installation diagrams to verify that the
correct pull-up resistor has been added
to the microcontroller. In the presence of
high electrical noise levels, this pull-up
resistor should improve communications,
even on short cable runs. If the problem
persists, the use of shielded cable is
recommended.
2. The reader sounds an error signal
immediately after a badge is read, if a
badge data parity error or an LRC error
(message integrity) was detected. If this
occurs with known good badges, replace
the reader and return the defective
reader for repair. If the problem is
present on all readers, replace the
defective badge.
10.10
CHAPTER
10
Model 94x/97x Proximity
Readers
Wiring Diagram for the Model 94x/97x
FIGURE 25: Wiring Diagram, Model 94x/97x - Supervised F/2F
Mode
10.11
10.12
Shielded cable is recommended in electrically noisy environments.
If using shielded cable, connect all shields together at the micro end. Connect to ground stud in the lower
left corner of Micro/2/4/5 cabinets using 14 AWG wire. No shield connections at the reader.
If using a local power supply do not connect +12V line from the microcontroller to the reader. However,
the negative side of the power supply must be connected to the micro (pin 2 on the reader port). Keep the
wiring from power supply to reader less than 50 feet.
Switching the external indicator drives to GND activates the indicator. High impedance or +12V
deactivates indicators. These drives may also be connected to user supplied, external indicating circuitry.
Refer to the appropriate system manual to determine whether this connection is required for door switch
operation.
Blocking diodes may be 1N4148 or similar, supplied by the installer and located in a secured area.
Protection diodes may be 1N4002, 1N4003, or 1N4004 (installer supplied) for the door strike assembly.
Fuse, power supply, door strike, and relay are provided by the installer.
2.
3.
4.
5.
6.
7.
8.
9.
10. If the door contact switch is not used, link reader pin 10 to pin 2.
For Micro/2/4/5 only: a 470 ohm, 1/2W, pull-up resistor is required between +12VDC and READER DATA 1.
The pull-up resistor should be installed at the microcontroller’s terminal block. Resistors are supplied
with the reader. Pull up resistors are not required when wiring to 2SRP or 8RP boards.
1.
NOTES (Unless otherwise specified):
Model 94x/97x Proximity Readers
CHAPTER
10
Testing the 94x/97x Reader
Follow the steps below to verify that the reader is working correctly.
1.
Check all cabling and electrical connections from the reader to
the microcontroller.
2.
Verify that the microcontroller is properly configured. Refer to
the appropriate CASI-RUSCO microcontroller manual.
3.
Verify that the reader switches are properly set for the power
setting, cabling type, distance, and desired mode of operation.
4.
Apply power to the reader and verify that the yellow LED is on.
You may want to use a multimeter to test the voltage at the
reader’s pigtail connector J1, using ground (pin 2) as a reference.
The power pin (pin 1), data lines (pins 6 and 7) and door DO
(pin 4) should all read approximately 12V.
5.
Check that the proper version of firmware is installed in the
microcontroller. Refer to the appropriate microcontroller manual.
6.
Close the tamper switch by joining the reader and backplate.
When all wires are connected to the reader, ensure that the
supervision function is operating properly (if a supervised mode
is selected), by verifying that the reader is not sounding a short
triple beep every 30 seconds and the red LED is not flashing
slowly (every 2 seconds). If such an alarm is present, refer to the
troubleshooting guide at the end of this manual. Note: In silent
supervised mode, no indication of loss of supervision is
provided, except badges will not be read.
7.
Select a known good Proximity Perfect or Prox Lite test badge. Be
sure the badge is properly entered in the host system, and the
micro badge data format matches the reader. If the reader is used
with a keypad (Models 972 and 973 only), assign a proper PIN.
8.
Check that the door is secure. Present the badge to the reader.
Observe the reader beeps briefly and the yellow LED blinks off.
10.13
9.
If the reader is used with a keypad (Models 972 and 973 only),
enter a PIN when the green LED flashes. Refer to the host manual
for instructions on entering the PIN. Observe that the green LED
turns on indicating a valid access has been granted by the host.
10. Open the door. This verifies that the door strike operates
correctly.
Troubleshooting Guide for the 94x/97x
If the operation of a component is in doubt, substitute a known good
component and retry the system. Always verify wiring against
wiring diagrams before powering up the system.
This section of the manual is split into three sections. The first is
applicable to all installations, the second provides additional
diagnosis for unsupervised readers and the final section provides
additional diagnosis for supervised readers.
All Installations
All LEDs are on and the beeper is on (if enabled): Usually an
indication that the reader’s voltage is too low. This may be caused by
having the wrong reader voltage selected at the microcontroller or
too long a cable between the reader and the microcontroller.
1.
Measure the reader supply voltage at the microcontroller. It
should read between 12 and 15VDC. If the voltage is correct,
continue to step 2 below. If the voltage is incorrect, refer to the
appropriate microcontroller manual and correct the voltage.
2.
Set the reader to low power mode if the cable distance is too long.
This may correct the problem.
3.
If the problem is still present, while in low power mode, measure
the voltage between J1 pin 1 (power) and J1 pin 2 (ground). This
voltage should be greater than 8VDC and less than or equal to the
reader supply voltage. If the voltage is too low, correct the
wiring. If the voltage is correct, replace the reader.
10.14
CHAPTER
10
None of the LEDs are on: Check that the beeper is enabled, then
present a known good Proximity Perfect or Prox Lite test badge to the
reader, while listening for the beeper.
If the beeper sounds, the reader is faulty and should be replaced. If
the beeper does not sound, check the power connections to the reader
and check the reader supply voltage at connector J1 pin 1.
The green LED is always on: The green LED indicates that the door
strike is open. It is controlled by the input on connector J1 pin 4.
1.
Disconnect the wire on J1 pin 4. If the green LED stays on, the
reader is faulty and should be replaced. If the green LED goes off
then the problem is most likely not in the reader.
2.
Reconnect the wire on J1 pin 4 and measure the voltage at J1 pin
4. Low voltage turns on the green LED. If the voltage is low,
check to see if the host system is turning on the door strike.
The beeper doesn’t sound and the yellow LED doesn’t blink when
a badge is presented to the reader OR The badge read range is very
poor: When the beeper sounds and the yellow LED blinks off, it
indicates that a badge has been read and its data sent to the
microcontroller.
NOTE: The beeper will not sound if it has been disabled.
1.
Models 941, 971 and 973: Check that the metal backplate is
installed correctly. See the appropriate installation drawing in
this manual for details.
All other models: Be sure they are not mounted on or near a
metal wall or large metal object.
2.
Check that the reader is not mounted within 3 feet (1 meter) of a
computer terminal or within 10 inches (250mm) of another
Proximity Perfect reader. The only exception to this 10 inch
(250mm) limit is for 941, 971, and 973 readers installed on the
optional, back-to-back, metal mounting plates.
10.15
3.
Present a Proximity Perfect test badge (known to be working) to
the reader. If the beeper and yellow LED still fail to indicate a
valid badge read and send, replace the reader with a reader that
you know is working correctly. If this corrects the problem, the
original reader is faulty and should be replaced. If this does not
correct the problem, the badge is probably defective.
The door does not open and the green LED does not turn on when a
badge is presented:
1.
Verify that the badge and reader are properly entered into the
system.
2.
Verify that the door strike and the green LED are wired correctly.
Since the green LED and the door strike are separate indicators,
this problem is not an indication of a defective reader.
The green LED does not turn on, but the door strike unlocks the
door when a valid badge is presented:
1.
Verify that the door DO is wired correctly. Refer to the
appropriate wiring diagram.
2.
Disconnect the wire from J1 pin 4 (green LED) and connect J1 pin
4 to J1 pin 2 (ground). If the green LED is now on, the reader is
good and the connection to the reader is defective. If the green
LED does not turn on, replace the reader.
Green LED turns on but the door does not open: Verify correct door
strike wiring and operation. The reader is functioning properly.
The beeper is always on and/or the yellow LED is off: The yellow
LED blinks off and the beeper sounds while a key is pressed (Models
972 and 973 only), as long as the reader DIP switches are not set to
disable the beeper.
10.16
CHAPTER
10
Unsupervised Modes Only
Beeper sounds a short triple beep every 30 seconds and the red LED
is on: Indicates a tamper violation. Verify that the bar magnet is
correctly located on the inside of the reader backplate and that the
reader is mounted correctly. If it is, the reader is faulty and should be
replaced.
Supervised Modes Only
Reader sounds a short triple beep every 30 seconds and the red LED
flashes slowly (every 2 seconds): The reader has lost communication
with the microcontroller.
1.
Check the reader-to-microcontroller wiring. Refer to the
appropriate installation drawing. Verify that the AUX DO is
jumpered to the READER DATA 1 on the microcontroller.
2.
Verify that the correct pull-up resistor is installed on the
microcontroller.
3.
Verify that the microcontroller has the correct firmware for a
supervised reader. Refer to the manual that came with your
microcontroller for instructions.
4.
Try the reader on a different reader input of the microcontroller.
If this corrects the problem, then the microcontroller is probably
causing the problem.
5.
Replace the reader with one you know is working correctly. If
this corrects the problem, then the reader is probably faulty and
should be replaced.
6.
If none of the above steps have identified the problem, there may
be a significant noise source present in the installation which is
interfering with the reader-to-microcontroller communications. If
this is the case, use shielded wire for reader-to-microcontroller
connections.
10.17
The beeper sounds and the yellow LED blinks off more than once
when a valid badge is presented: The beeper sounds and the yellow
LED blinks off every time badge data is sent to the microcontroller.
When a badge is presented to the reader, data is transmitted from the
badge to the reader. The reader interprets and checks the data
received to make sure it has not been corrupted. The reader then
sends the data to the microcontroller and waits approximately 1/3 of
a second for the microcontroller to acknowledge receipt. If no
acknowledgement is received during this time, the reader resends the
data causing the beeper to sound again and the LED to blink off.
After the third unacknowledged attempt, the reader stops trying and
indicates a communications error. This feature is useful in
troubleshooting marginal installations where a high level of electrical
noise may cause the reader to make multiple attempts at
communications.
1.
If multiple beeps occur regularly, refer to the installation
drawings to verify that the correct pull-up resistor has been
added to the microcontroller.
2.
Replace the reader with one you know is working correctly. If
this solves the problem, the original reader is probably faulty and
should be replaced. If the problem persists, use shielded cable
between the microcontroller and the reader.
The reader sounds a short triple beep every 30 seconds and the red
LED flashes quickly (every 400ms): Indicates a tamper violation.
Verify that the bar magnet is correctly located on the inside of the
reader backplate. If it is, then the reader is faulty and should be
replaced.
The beeper and/or red LED are always on: The microcontroller may
command the reader to turn on the red LED and the beeper as long as
the reader DIP switches are not set to disable the beeper. If the door
status switch input at J1 pin 10 is not tied to ground, the reader
informs the system that the door is open. The system may then
activate the alarm at the reader. If this is not the problem, then the
system software probably told the reader to activate its alarm. Refer
to the appropriate system manual for conditions that cause the
software to activate the alarm.
10.18
CHAPTER
10
If it appears that no such system command is active, replace the
reader with one you know works correctly. If this solves the problem,
the original reader is faulty and should be replaced.
The green LED flashes quickly (every 400ms): This indicates that the
microcontroller has requested a PIN entry on a Model 972 or 973
reader with a keypad. For all other models, check the reader
configuration on your system to be sure a keypad reader was not
selected.
10.19
NOTES
10.20
CHAPTER
11
Console Settings
IBM 3151, 3161 ASCII Display
Setup for the RS/6000
The following table provides the display setup settings for the
IBM 3153.
TABLE 24: IBM 3151, 3161 ASCII Display Setup
for the RS/6000
Option
RS-232
GENERAL
Machine Mode
IBM 3151 PC
Screen
NORMAL
Row and Column
24 x 80
Scroll
JUMP
Auto LF
OFF
CRT Saver
OFF
Line Wrap
ON
Message Type
NON-DISPLAY
Forcing Insert
OFF
Tab
Field
11.1
IBM 3151, 3161 ASCII Display Setup for the RS/6000
for the RS/6000 (Continued)
Option
Cursor
RS-232
STEADY-BLOCK
COMMUNICATION
Operating Mode
ECHO
Line Speed (bps)
9600
Word Length (bits)
8
Parity
NO
Stop Bit
1
Turnaround Character
CR
Interface
RS-232C
Line Control
IPRTS
Break Signal (ms)
500
Send Null Suppress
ON
Pacing
XON/XOFF
KEYBOARD
Generated Code Set
ASCII
Enter *
SEND
Return *
NEW LINE
New line *
CR/LF
Send *
LINE
11.2
Console Settings
CHAPTER
11
Option
Insert Character *
RS-232
SPACE
* If Available
PRINTER*
Line Speed (bps)
9600
Word Length (bits)
8
Parity
NO
Stop Bit
1
Characters
NATIONAL
DTR Pacing
OFF
*. Set up if printer is attached.
11.3
IBM 3153 Display Setup
The following table provides the display setup settings for the
IBM 3153.
TABLE 25: IBM 3153 ASCII Display Setup
for the RS/6000
Option
RS-232
F1 Quick
Emulation
IBM 3151
Enhanced
On
Comm Mode
Full Duplex
Host/Printer
EIA/Para
EIA Baud Rate
9600
Aux Baud Rate
9600
Language
U.S.
EIA Data Format
8/1/N
Aux Data Format
8/1/N
Sessions
One
F2 Genrl
Emulation
IBM 3151
Curs Dir
Left to Right
Screen Saver
15min
Bell Length
140 ms
Enhanced
On
Auto Scroll
On
11.4
Console Settings
CHAPTER
11
Option
RS-232
Bell Volume
06
Setup Lang
U.S.
Auto Wrap
On
Monitor Mode
Off
Warning Bell
On
Sessions
One
F3 Displ
Display Cursor
On
Pages
01
Columns
80
Width Change Clear
Off
Cursor
Steady Block
Page Length
24
Scroll
Jump
Speed
Fast
Viewports
1
Screen Video
Normal
Overscan Borders
On
Refresh Rate
71 Hz
11.5
Option
RS-232
F4 Kybd
Language
U.S.
Keyclick
Off
Margin Bell
Off
Num Lock
Toggle
Char Set
National
Key Repeat
On
Key Lock
Caps
Key Mode
ASCII
Key Rate
20 cps
Caps Lock
Toggle
F5 Keys
Return Key
New Line
Send Key
Page
Desk Acc
Ctrl <-
UDKS
Emul Dependent
Enter Key
Return
Insert Character
Space
Pound Key
U.S.
New Line
<CR>
Backspace
<BS>/<BS>
11.6
Console Settings
CHAPTER
11
Option
Return Key Repeat
RS-232
Off
F6 Ports
EIA Baud Rate
9600
AUX Baud Rate
9600
EIA Xmt
Xon-Xoff
Aux Xmt
Xon-Xoff
EIA Data Format
8/1/N
Aux Data Format
8/1/N
EIA Recv
Xany-Xoff
Aux Recv
Xany-Xoff
EIA Parity Check
Off
Aux Parity Check
Off
EIA Xmt Pace
Baud
Aux Xmt Pace
Baud
F7 Host
Comm Mode
Full Duplex
Break
500ms
Recv <CR>
<CR>
Alt Input Data
On
Local
Off
Line Control
IPRTS
11.7
Option
RS-232
Recv <DEL>
Ignore
Turnaround Char
<CR>
Null Suppress
Off
Disconnect
2 sec
Send ACK
Off
Send Null Suppress
On
F8 Print
Print
National
Secondary Recv
Off
Prnt Line Term
<CR><LF>
Indep Pass Thru
Off
Prnt Block Term
None
F9 Emul
Char Set
National
Force Insert
Off
Status Line
Indicator
Set Control
Permanent
WP_Graphics
On
F10 Tabs
Auto Init Tabs
Off
Tab
Field
11.8
Console Settings
CHAPTER
11
Option
RS-232
F11 AnsBk
Answerback Mode
Off
IBM 3151 and IBM 3153 TTY
Settings on the RS/6000
Follow the steps below to access the tty settings on the RS/6000:
1.
Log on as root on the main console.
2.
At the # prompt, type: smit tty
3.
4.
Type or select values in entry fields. Press
all desired changes.
[TOP]
Enter
AFTER making
[Entry Fields]
TTY type
TTY interface
Description
Parent adapter
*PORT number
BAUD rate
PARITY
BITS per character
Number of STOP BITS
TERMINAL type
tty
rs232
sa0
[s1]
[9600]
[none]
[8]
[1]
[ibm3151]
[available]
+
+
+
+
+
+
11.9
IBM 3151 and IBM 3153 TTY Settings on the RS/6000
NOTE: For AIX Version 4.2.1, the following field titles and entry fields
will not appear.
DMA
Read Trigger
Transmit buffer count
Name of initial program to run
on
0,1,2,3
[16]
[/etc/getty]
+
#
Enable program?
Run level
Enable LOGIN
respawn
2
disable
+
[0]
+#
[hupcl,cread,brkint,icrnl,
opost,tab3,onlcr,isig,icanon,
echo,echoe,echok,echoctl,
echoke,imaxbel,iexten]
[hupcl,cread,echoe,cs8,
ixon,ixoff]
no
+
[ ]
[BOTTOM]
11.10
CHAPTER
12
Operating System
Commands
DOS/UNIX Similarities
Action
DOS
Command
UNIX Command
List files in current
directory
dir
ls -<options>
where <options>
are: ltaR
l = long
t = sort by time
a = all
R = subdirectories
Change directory
cd
cd
Display the contents
of a file
type
cat
Copy a file
copy
cp
Change the name or
location of a file
rename
mv
Create a directory
mkdir or md
mkdir
Directory designation
\
/
Delete or remove a
directory
rd
rmdir
12.1
DOS/UNIX Similarities
Action
Delete a file
DOS
Command
del
UNIX Command
rm -i
where -i is an
option that prompts
you to verify the
deletion
Include everything
*
*
Match single
character
?
?
Clear the screen
cls
clear
12.2
Operating System Commands
CHAPTER
12
Common UNIX Commands
UNIX Command
Meaning
pwd
present working directory
grep [word] [filename]
searches for a pattern
designated by the [word]
option in the file
designated by
[filename]
Flags available:
-v = does not contain
word,
-i = ignore upper or
lower case)
[..] > [filename]
outputs to a file
pr [filename]
prints file on new page
(-3=print in 3 columns)
[...] < [filename]
inputs from a file
wc [filename]
counts lines, words and
characters, (-l=count
lines)
tail [filename]
(-10=prints last 10 lines
of a file, -f=prints
changes written to the
file)
|
(pipe) connects two
programs
du [directory]
lists size of directory and
subdirectories
spell [filename]
checks spelling
12.3
Common UNIX Commands
UNIX Command
find [where] [what]
[action]
Meaning
searches for a phrase or
word
find / -name core -print
find /usr/ -size +500
-print
(searches for files larger
than 500 blocks)
find /usr -mtime +30 -print
(searches for files
modified 30 days ago)
12.4
-atime -n
(files accessed fewer
than n days ago)
-ctime +n
(files changes more than
n days ago)
CHAPTER
12
AIX Operating System
Commands
•
To determine hardware installed and available on the system,
use the following command:
lsdev -C -H | pg
•
To determine allocated/unallocated disk space on the system, list
the volume groups on the system by using the following
command:
lsvg
•
Enter
Enter
To check the unallocated disk space in rootvg, enter the
following:
lsvg rootvg
Enter
Then, look for the lines that list the PPs:
TOTAL PPs: 159 (636 megabytes)
FREE PPs:
USED PPs:
•
4
(16 megabytes)
16
megabytes
free
155 (620 megabytes)
To determine the amount of memory on the system, use the
following command:
lsattr -E -l sys0 | grep realmem
Enter
Displays:
realmem 32768 Amount of usable physical memory in Kbytes
32 megabytes
12.5
AIX Operating System Commands
•
To determine tape drives defined/available, use the following
command:
lsdev -H -C -c tape
Enter
Displays:
name
status
location
description
rmt0
rmt1
Available
Defined
00-08-00-20
00-08-00-30
2.3 GB 8mm Tape Drive
150 MB 1/4-Inch Tape Drive
•
Machine CPU #
SCSI address
SCSI Slot #
Cable # (00 for SCSI)
To determine tty ports defined/available, use the following
command:
lsdev -H -C -c tty
Enter
Displays:
name
status
location
description
tty0
tty1
tty2
tty3
Available
Available
Available
Defined
00-00-S1-00
00-00-S2-00
00-06-01-00
00-06-S1-01
Asynchronous
Asynchronous
Asynchronous
Asynchronous
•
Terminal
Terminal
Terminal
Terminal
To determine maximum number of processes allowed per user,
use the following command:
lsattr -E -l sys0 -a maxuproc
Enter
Displays:
maxuproc
40
Verify that maxuproc is set to 100.
To change:
chdev -l sys0 -amaxuproc=<number>
12.6
Enter
•
CHAPTER
12
To determine the amount of paging space on the system, use the
following command:
lsps -a
Enter
Displays:
Page Space
hd6
Phys Volume
hdisk0
Volume Group
rootvg
Size
64MB
%Used
59
Act
yes
Auto
yes
Verify that the Paging Space %Used is around 50%.
To increase Paging Space:
Enter
chps -s <New LPs> <PS Name>
For example, to increase the Paging Space by 16MB, type:
chps -s 4 hd6
•
Enter
To check the status of the CPU, memory, paging, etc., use the
following command:
vmstat <n>
Enter
where n=number of seconds between status checks
To break from the operation, use:
Ctrl
C
12.7
AIX Operating System Commands
•
To send a file via modem, use the following command
:
xmodem -s <filename>
AIX
UnixWare
Enter
xmodem -sb <filename>
where s=send
•
To receive a file via modem, use the following command:
xmodem -r <filename>
AIX
UnixWare
Enter
xmodem -rb <filename>
where r=receive
•
To verify a backup or check the contents of a floppy, tape, or disk:
cbr -c -v -f Enter (verify from floppy)
cbr -c -v -t
Enter
(verify from tape)
cbr -c -v -d <filename>
12.8
Enter
(verify from disk)
CHAPTER
12
Copy Files To Disk Or Tape
tar [option letters]
file or directories
where:
create (wipe out old) new tape
append to the end
verbose (displays file names on screen)
extract from tape or disk
table of contents (directory)
device disk or tape to use
/dev/???x (where x is the unit number: 0, 1, 2, etc.)
/dev/rfd0 (floppy)
/dev/rmt0 (tape on PS/2’s, 8mm tape on RS/6000’s)
/dev/rmt0.4 (1/4" tape on RS/6000’s)
filename (archive to/from file)
c
r
v
x
t
f
•
To turn retensioning off on the tape device use the following
command:
Enter
chdev -l rmt0 -a ret=no
Examples:
a.
Create a tape with /u/peter and below:
cd /u/peter
tar cvf /dev/rmt0 ./*
AIX
UnixWare
b.
Enter
tar cvf /dev/rmt/ctape1 ./*
Enter
List contents of tape
tar tvf /dev/rmt0
AIX
UnixWare
c.
Enter
Enter
tar tvf /dev/rmt/ctape1
Enter
Extract in a different directory
cd /u/peter/doc
AIX
UnixWare
Enter
tar xvf /dev/rmt0 ./* or _
tar xvf /dev/rmt/ctape1
Enter
Enter
12.9
If you get an error message pptape does not exist while using
the tape drive in Picture Perfect, the tape device might not be
linked (pptape links to only one tape device). Verify that
/dev/pptape and /dev/pptapenr are linked by entering the
following:
ls -li /dev/pptape* /dev/rmt0
AIX
UnixWare
Enter
ls -li /dev/pptape* /dev/rmt/ctape1
Enter
Results should return the following:
67 crw-rw-rw-
2 root system 12,0 Jan 17 17:52 /dev/pptape
68 crw-rw-rw-
2 root system 12,1 Jan 17 17:52 /dev/pptapenr
67 crw-rw-rw-
2 root system 12,0 Jan 17 17:52 /dev/rmt0
should match
12.10
should match
CHAPTER
12
If not, you need to do the following:
a.
Log on as root
b.
Type the following command:
pptapesetup
•
Enter
To load a program package* from tape using the cpio command
use the following:
1/4" tape (no rewind and where x is the tape unit number)
cpio -icBmdu < /dev/rmtx.5
Enter
8 mm tape (no rewind and where x is the tape unit number)
cpio -icBmdu < /dev/rmtx.1
Enter
* Depending on the number of packages on the tape. The
command might have to be run multiple times to position the
tape at the right package.
12.11
•
To load a specific file* from tape using the cpio command use the
following:
1/4" tape (no rewind)
cpio -icBmdu [filename] < /dev/rmtx.5
8 mm tape (no rewind)
cpio -icBmdu [filename] < /dev/rmtx.1
Example:
cpio -icBmdu cas/bin/cba < /dev/rmt0.1
Enter
* Depending on the number of packages on the tape. The
command might have to be run multiple times to position the
tape at the right package.
•
To list the table of contents use the following:
1/4" tape
cpio -itvBc < /dev/rmtx.4
Enter
8 mm tape
cpio -itvBc < /dev/rmtx
12.12
Enter
CHAPTER
12
UnixWare Only
To check what is configured in DCU, use the following command
from the root prompt:
resmgr
Displays messages similar to the following:
KEY MODNAME UNIT IPL ITYPE IRQ IOADDR MEMADDR DMAC
BINDCPU BRDBUSTYPE BRDID SLOT ENTRYTPE
2 rtc 1 5 1 8 - - - - - - - - - 1
3 kd 1 6 2 1 60 62 a0000 bffff - - - - - 1
4 kd 1 - - - 64 64 c0000 c7fff - - - - - 1
5 fd 1 4 2 6 3f0 3f7 - - 2 - - - - 1
6 dma 1 - - - 0 1f - - - - - - - 1
7 dma 1 - - - c0 df - - 0 - - - - 1
8 dma 0 - - - 80 9f - - - - - - - 1
9 cram 1 - - - 70 7f - - - - - - - 1
10 atup 0 - - - - - - - - - - - - 1
11 atup 0 - - - 40 5f - - - - - - - 1
12 atup 0 - - - 20 3f - - - - - - - 1
13 atup 0 - - - a0 bf - - - - - - - 1
14 asyc 1 9 1 4 3f8 3ff - - - - - - - 1
Serial Ports
15 asyc 1 9 1 3 2f8 2ff - - - - - - - 1
16 - - - - - - - - - - - 4 0x80860484 - 17 adsl 0 5 4 11 fc00 fcff c8000 ca7ff - - 4 0x90047178 - 18 - - - 4 15 - - c0000 c7fff - - 4 0x533388f0 - 19 mfpd 1 5 1 7 378 37f - - - - - - - 1
Parallel Port
20 epca 16 - - - 324 327 d0000 d7fff - - - - - 1
21 ee16 4 6 1 5 300 30f - - - - - - - 1
Ethernet
12.13
UnixWare Desktop
UnixWare Desktop
The UnixWare Desktop is used to add hosts, add printers, and access
an X-Terminal window.
•
To add a host, select Admin Tools, Networking, then Internet
Setup.
•
To add a printer, select Admin Tools, then Printer Setup.
•
To access an X-Terminal window, select Applications, then
Terminal.
12.14
CHAPTER
13
Picture Perfect
System Commands
TPS (Transaction Processor)
Starting TPS
For more information about ipcs, see page 17.1.
1.
Log on as root or su to root.
2.
Verify that INFORMIX is up and running ( ipcs); if not, bring up
INFORMIX (INFORMIX has to be up before starting TPS).
3.
Type: cd /cas/log
4.
To set the path, type: ./cas/bin/profile
5.
Type: tps
6.
Verify that TPS is up and running (ipcs).
Enter
Enter
Enter
13.1
TPS (Transaction Processor)
Stopping TPS
For more information about ipcs, go to page 17.1.
1.
2.
Verify that there are no operators logged on by typing:
ps -ef | pg
Enter
3.
Type: cd /cas/log
4.
Type: zap
5.
Verify that TPS has stopped running (ipcs).
Enter
Enter
Restarting TPS
1.
When restarting TPS immediately, verify that TPS has stopped
running completely. Wait 30 seconds before restarting TPS.
2.
Follow the Starting procedures listed above.
13.2
Picture Perfect System Commands
CHAPTER
13
INFORMIX Database
Starting INFORMIX
1.
2.
Verify that INFORMIX and TPS are not running (ipcs).
3.
Become an INFORMIX user by typing: su - informix
4.
Type: tbinit
5.
Verify that INFORMIX is up and running (ipcs).
Enter
Enter
Stopping INFORMIX
1.
2.
Verify that TPS is not running ( ipcs).
3.
Type: su - informix
4.
Type: tbmode -ky
5.
Verify that INFORMIX has stopped running ( ipcs).
Enter
Enter
13.3
Rebooting/Shutting Down
Rebooting/Shutting Down
AIX
1.
Log on as root from system console.
2.
Verify that there are no operators logged on.
3.
Shut down Picture Perfect; then, type:
rc.pperf -k
4.
Enter
Type: shutdown
(k = kill)
-Fr
Enter
(r=reboot, h=halt)
now
UnixWare
1.
Make sure no one is logged on as a Picture Perfect operator.
2.
Log on as owner.
3.
Double click on the Shutdown icon.
4.
Confirm shutdown by clicking on Shutdown.
5.
Click on EXIT.
6.
When the following message appears:
Press any key to reboot. . .
you can reboot by pressing any key or shut down the system by
powering it off.
13.4
CHAPTER
13
Picture Perfect
Stopping Picture Perfect
AIX
1.
2.
Make sure nobody is logged on as an operator.
3.
Type: rc.pperf -k
Enter
(k=kill)
UnixWare
1.
2.
Log on as owner.
3.
From the Desktop, select Applications folder.
4.
From the Applications folder, select Terminal.pp.
5.
From the Terminal.pp window at the $ prompt, type:
su
Enter
6.
At the password prompt, enter root’s password.
7.
Type: rc.pperf -k (k = kill)
Enter
13.5
Picture Perfect
Starting Picture Perfect
AIX
1.
2.
Make sure Picture Perfect is not running (ipcs).
3.
Type: rc.pperf
Enter
UnixWare
1.
2.
Log on as owner.
3.
From the Desktop, select Applications folder.
4.
From the Applications folder, select Terminal.pp.
5.
From the Terminal.pp window at the $ prompt, type:
su
Enter
6.
At the password prompt, enter root’s password.
7.
Type: rc.pperf
13.6
Enter
CHAPTER
13
XDM (X Display Manager)
Stopping XDM
1.
Log on as root.
2.
To get the XDM’s process ID, type:
ps -ef
3.
Type:
|
kill
Enter
grep
xdm
Enter
<process
-9
id>
NOTE: When multiple XDMs are running, kill the XDM with the lowest
process ID.
Starting XDM
1.
Log on as root.
2.
Type: cd /usr/bin/X11
3.
Type:
Enter
Enter
xdm
13.7
Picture Perfect Redundant System
Picture Perfect Redundant
System
Stopping PPRS
1.
Log on as root.
2.
Type: cd /
3.
Type: . /cas/bin/profile
4.
Type: pprscmd stop
Enter
Enter
Enter
Starting PPRS
1.
Log on as root.
2.
Type: cd /
3.
4.
Type: pprscmd start
Enter
Enter
Enter
NOTE: Primary on Primary host or Backup on Backup host
13.8
CHAPTER
13
Procedure To Drop and Reload
Database (AIX and UNIX)
WARNING: ALL DATA WILL BE LOST !!! This should only by executed
on stand-alone systems. On any other system, this procedure should
be completed with CASI-RUSCO assistance.
1.
Log on as root.
2.
Make sure no one is logged on as an operator.
3.
4.
Type:
rc.pperf Enter
Enter
-k
Wait 15 seconds.
5.
Type: su - informix
6.
Type: tbinit
7.
Type: cd /tmp
8.
Type: vi kill.sql
Enter
Enter
Enter
Enter
Enter the following:
i (for Insert mode)
close database Enter
drop database proteus (DO NOT PRESS
Enter
)
Esc
:wq
9.
Enter
Type: /cas/bin/sqlfile kill.sql
10. Type: cd /cas/db/backup
Enter
Enter
13.9
Procedure To Drop and Reload Database (AIX and UNIX)
PICTURE PERFECT 1.4
11. Type: ./installdbshell
Enter
PICTURE PERFECT 1.5
11. Type: /cas/bin/installdbshell
Enter
NOTE: If additional packages were installed like Alarm Graphics,
Visitor, or Tours:
Enter
driturbo -p graph
driturbo -p tour
driturbo
Enter
-p
12. Type: /cas/bin/restore.sh
Enter
visitor
Enter
Select an option from the menu or use cbr to restore the
database.
cbr
cbr
cbr
cbr
cbr
cbr
-c
-c
-c
-c
-c
-c
-a
-a
-a
-v
-v
-v
-f Enter (restore from floppy)
Enter
(restore from tape)
-t
-d <file name> Enter (restore from disk file)
-f Enter (verify from floppy)
Enter
(verify from tape)
-t
-d <file name> Enter (verify from disk file)
The error log is /tmp/cbr.err
13.10
CHAPTER
13
Removing Picture Perfect
AIX
1.
Log on as root.
2.
Find out how large the database is by looking at the size of
basedbs logical volume on the target machine or by looking at
the ppinstall.log file.
3.
Back up the customer’s database from the User Interface or use
the cba command.
tape:
cba -c -b -t -v -badge -base
Enter
floppy:
cba -c -b -f -v -badge -base
Enter
file:
cba -c -b -v -d <file name> -badge -base
Enter
NOTE: If you back up to disk, make sure there is adequate disk
space and that the backup file is somewhere other than under /cas.
4.
Make a copy of customer-modified files under /cas. Examples
might be Largo, menu.6000, and scripts written especially for the
customer.
5.
6.
Type:
cd /
Enter
sh ppr
Enter
13.11
7.
Verify that:
—
—
—
—
/cas is no longer a file system.
there is no logical volume with /cas as the mount point.
there is no rootdbs and basedbs logical volumes.
there is no /cas directory, and no /dev/*dbs files.
If ppr fails and ppinstall complains that Picture Perfect already
exists, do the following:
a.
cd /
b.
unmount /cas
Enter
Enter
If you get an error unmounting /dev/lv00: Device busy
message. Check that Picture Perfect is not running. If it is not
running, you will have to reboot the RISC and try this step
again.
c.
smit storage
•
•
•
•
•
•
•
•
Enter
Logical Volume Manager
Logical Volumes
Remove a Logical Volume
remove the rootdbs and basedbs Logical Volumes
Next back out to Physical & Logical Storage
File Systems
Add / Change / Show / Delete File Systems
Journaled File Systems
Remove a Journaled File System
remove /cas and its Mount Point.
d. rm -r /cas
Enter
removes the /cas directory and sub directories
e.
13.12
Go to step 7 and verify that Picture Perfect was removed.
CHAPTER
13
UnixWare
1.
2.
Log on as owner.
3.
Bring up the Terminals form.
4.
Log on as root.
5.
Shut down Picture Perfect (rc.pperf -k).
6.
Type:
cd /
Enter
sh ppr
Enter
7.
Follow instructions on the screen.
8.
Answer yes to save the vtoc.
13.13
Re-Install Picture Perfect
NOTE: Do not make sizes any bigger.
1.
Log on as owner.
2.
Bring up the Terminals form.
3.
Type:
cd /custom_pp
sh makefs.sh
4.
Enter
Enter
PC will reboot. After rebooting, repeat steps 1 and 2.
Then:
UnixWare 2.1.2 and 2.1.3
with the Picture Perfect tape
in the drive, type:
./uwinstall
Enter
5.
After reboot, log on as owner.
6.
Bring up the Terminals form and su to root.
7.
Insert the Picture Perfect tape.
8.
Type: ./ppinstall
13.14
Enter
CHAPTER
14
Naming
Conventions
List of Names and Table IDs in
the Picture Perfect Database
(Proteus)
TABLE 26: Names and Table IDs in the
Picture Perfect Database
(BASE, ALARM GRAPHICS, TOURS, and VISITOR)
Name
ID
BASE
alarm
0
alarm_color
65
alarm_event
48
alarm_history
1
alarm_historytmp**
-
alarm_instruct
2
alarm_response
3
almhis_tape
12
apb_xact
18
14.1
List of Names and Table IDs in the Picture Perfect Database (Proteus)
(Continued)
Name
area
5
area_event
46
backup_event
38
badge
6
badge_history
7
badge_historytmp**
-
badge_remove
28
badge_type
63
badgehis_tape
8
bump_terminal
91
category
9
category_floors
56
client_app_perm
134
client_exec_perm
133
client_facop_rel
132
client_field_perm
136
client_operator
137
client_op_perm
131
client_table_perm
135
country
14.2
ID
10
Naming Conventions
CHAPTER
14
(Continued)
Name
ID
department
11
dialog_xlate
102
door
43
door_event
44
elevator
57
event_code
66
event_history
125
event_status
127
event_subtype
128
event_type
126
evthis_tape
130
facility
94
facility_fld_prof
99
facility_operator
95
facility_profile
97
facility_rec_prof
98
facop_relation
96
field_desc
13
field_type
14
field_value
15
14.3
(Continued)
Name
genmaster
92
hist_report
4
host
host_bid_format
19
100
ingrp_event
49
input_group
17
inputs
16
last_mode_cmd
51
meaning
21
micro
22
micro_badge_fmt
93
micro_relation
23
mode_event
45
modem
25
modes
24
operator
26
operator_his
27
operator_histmp**
14.4
ID
-
operhis_tape
20
outgrp_event
50
Naming Conventions
CHAPTER
14
(Continued)
Name
ID
output
29
output_group
30
permission
31
permission_group
32
port
33
printer
34
radion_map
67
reader
35
reader_event
47
refresh_config
55
report_event
54
report_setup
36
route_def
88
route_pt
89
route_pt_terminal
90
routing
37
system_config
39
table_desc
41
temp_category
58
terminal
42
14.5
(Continued)
14.6
Name
ID
tps_daemons
53
user1
68
user10
77
user11
78
user12
79
user13
80
user14
81
user15
82
user16
83
user17
84
user18
85
user19
86
user2
69
user20
87
user3
70
user4
71
user5
72
user6
73
user7
74
user8
75
Naming Conventions
CHAPTER
14
(Continued)
Name
user9
xact_desc
ID
76
101
ALARM GRAPHICS
map_table
40
alarm_graph
52
TOURS
tour_definition
59
tour_exception
60
tour_histape
64
tour_history
62
tour_point
61
VISITOR
ppvappt
104
ppvappt_hist
106
ppvappt_histape
107
ppvarea
103
ppvblist
108
ppvconfig
105
** tables created by renaming history tables
14.7
TABLE 27: Names and Table IDs
in the UCS Package
Name
ID
UCS
14.8
annunciator_def
117
ba_group_prty_rte
121
card_reader_def
118
control_set_def
113
control_set_schd
124
control_set_stat
129
control_set_type
110
emergency_info
123
gateway_def
119
holiday
112
input_point_def
114
keypad_def
116
misc_alm_prty_rte
122
output_point_def
115
output_point_grp
138
output_point_list
139
passcode_def
120
person
111
ucs_alarm_type
109
Naming Conventions
CHAPTER
14
Picture Perfect Programs
(/cas/bin)
The following table lists the Main Menu item, each item within that
Main Menu item and the program name of each submenu item.
TABLE 28: Picture Perfect Programs
Main Menu
Access
Monitors
Tours
Sub Menu
Program
Areas
xar
Badge
Formats
xbf
Badges
xba
Categories
xca
Departments
xde
Personnel
Type
xbt
Activity
Monitor
mac
Alarm
Monitor
moa
Alarm Alert
maa
Exception
Codes
tex
Point
Definition
pdf
Tour
Definition
tdf
Tour
Functions
tui
14.9
Picture Perfect Programs (/cas/bin)
TABLE 28: Picture Perfect Programs (Continued)
Main
SAM
Devices
Status
14.10
Sub Menu
Program
Facility
ffc
Facility
Operator
fop
Facility
Profile
ffp
Alarms
dal
Category
Floors
dca
Doors
ddo
Elevators
del
InGroups
dig
Inputs
din
Micros
dmi
Modems
dmo
Network
Micro Ports
dnm
OutGroups
dog
Outputs
dou
Ports
dpo
Printers
dpr
Readers
dre
Terminals
dte
Status
sst
Naming Conventions
CHAPTER
14
Main
Control
Sub Menu
Program
Alarm Color
cac
Backup
cba
Door Monitor
cdo
Generator
cge
Hosts
cho
Mode
Command
smd
Network
Backup*
netback
Operators
cop
Outputs
cou
Parameters
sys
Perm Group
cpg
Permissions
cpe
Restore
cbr
Route
Definitions
crd
Route Points
crp
Routings
cro
14.11
Main
Schedule
Reports
Messages
14.12
Sub Menu
Program
Alarm Events
sal
Area Events
sar
Backup
Events
sbk
Door Events
sdo
InGroups
Events
sig
Mode
Creation
smc
Mode Events
sms
OutGroups
Events
sog
Reader
Events
sre
Reports
Events
srp
History
hist
SQL
ppsql
Messages
mal
Responses
mre
Naming Conventions
CHAPTER
14
Main
Graphics
Sub Menu
Program
Editor
DVEditor
Linker
AlgrE
Monitor
AlgrM
*. Only if Netlan package is installed.
14.13
NOTES
14.14
CHAPTER
15
Utilities
Utility To Check Micro Status
statuscmd
Enter
Follow the instructions on the screen to view the status request from
the micro:
1.
cd /cas/log
Enter
2.
vi sts.xxxx
Enter
OR
more sts.xxxx
Enter
where xxxx is month and day.
15.1
Informix Database Utilities
•
query <table_name>
Lists all rows without column names of the specified table_name
Example:
query
Enter
input_group
query table_desc
•
Enter
(List
of all tables)
selectcol <table_name>
Lists the column name and type of each field
Example:
selectcol micro_relation
•
Enter
selectfile <SQL select statement>
Reads an SQL statement and lists all rows and columns to a file
with delimiter “|” between columns
Example:
selectfile 'select id,description from inputs
Enter
order by id' 'filename'
•
selectindex <table_name>
Lists the index information of the table
Example:
selectindex alarm
15.2
Enter
Utilities
•
CHAPTER
15
selectit <SQL select statement>
Lists the results of the query without column name’s
Examples:
selectit 'select * from inputs where id=5'
Enter
selectit 'select id,description,address from
Enter
output order by id'
selectit 'select last_name,first_name,bid from
badge where last_name like "%Smi%" and
Enter
first_name="Jim"'
selectit 'select id,bid from badge where
Enter
length(bid) > 10'
•
selectout <SQL select statement>
Reads an SQL statement and lists all rows and column with
delimiter “|” between columns
Example:
selectout 'select id,description from inputs order
Enter
by id'
•
selectrows <table_name>
Returns number of rows in a table
•
selectrpt <SQL select statement>
Reads an SQL statement and lists all rows and column names
Examples:
selectrpt 'select id,description from reader order
Enter
by description'
selectrpt 'select * from reader where id>10 and
Enter
id<30'
15.3
•
selecttab <table_name>
Lists all rows with column names of the specified table_name
Example:
selecttab reader
•
Enter
sqlfile <filename>
Reads in the file and processes each SQL statement in the file
Example:
sqlfile sql.051491.bak
•
Enter
sqlmsgnbr <SQL error code>
Returns the message text based on the SQL error code
Example:
sqlmsgnbr -201
•
Enter
finderr <SQL error code>
Similar to sq/msgnbr
Example:
finderr -201
15.4
Utilities
CHAPTER
15
Picture Perfect and INFORMIX
Permission Problems
Use the following utility fixperm to fix Picture Perfect and Informix
files/programs if you encounter permission and ownership
problems. The programs that you run fixperm against reside in the
/usr/lpp/pperf directory. Depending on what packages need
fixing, fixperm will have to be run against those packages. Fixperm
will also have to be run against patches if patches are installed.
1.
Log on as root.
Type:
cd
Enter
/
/cas/bin/fixperm /usr/lpp/pperf/base.perm
Enter
/cas/bin/fixperm /usr/lpp/pperf/base.patch.perm
Enter
15.5
Picture Perfect and INFORMIX Permission Problems
NOTES
15.6
CHAPTER
16
What a Healthy
System Looks Like
Use the ipcs command to check if INFORMIX and TPS are running
(attached to shared memory.)
The example below shows INFORMIX and TPS running. TPS is
recognized by the KEY ending in 400 for shared memory and 401 for
semaphore.
e.g.
0x00000400 and 0x00000401
IPC status from /dev/mem as of Wed Sep 11 16:15:52 1993
T ID KEY
Message Queues:
MODE
q 0
q 1
q 2
q 3
q 4
q 5
q 6
q 7
q 8
q 9
q 10
q 11
q 12
q 13
Shared
m 0
m 1
m 2
m 3
-Rrw-rw----Rrw-rw-rw-Rrw-rw-rw--rw-rw-rw--rw-rw-rw-Rrw-rw-rw-Rrw-rw-rw--rw-rw-rw-Rrw-rw-rw-Rrw-rw-rw-Rrw-rw-rw-Rrw-rw-rw-Rrw-rw-rw--rw-rw-rw-
0x4107001c
0x00000401
0x00000402
0x00000403
0x00000404
0x00000405
0x00000406
0x00000407
0x0000040a
0x0000040b
0x0000040c
0x0000040d
0x0000040e
0x0000040f
Memory:
0x0d06021a
0x5807582a
0x52564801
0x00000400
OWNER GROUP
root
root
root
root
root
root
root
root
root
root
root
root
root
root
printq
system
system
system
system
system
system
system
system
system
system
system
system
system
TPS
--rw------root system Informix
TPS
--rw-rw-rwroot system
--rw-rw---- informix informix
--rw-rw-rwroot system
16.1
Semaphores:
s 0 0x62076ae1
s 1 0x4d080035
s 2 0x5807582a
s 3 0x52564801
s 4 0x52564802
s 5 0x52564803
s 6 0x00000401
s 7 0x01076a60
s 8 0x00abacaf
--ra-r--r-root system
Informix
--ra-ra---root system
--ra-ra-raroot system
--ra-ra---- informix informix
--ra------root system
TPS
When Picture Perfect is not running, there should be no Message
Queues, Shared Memory, and Semaphores for TPS or INFORMIX. If
there are entries, then Shared Memory is corrupted. Use the
following commands to clear Shared Memory, Semaphores, and
Message Queues:
ipcrm -q <ID> (removes Message Queue)
ipcrm -m <ID> (removes Shared Memory)
ipcrm -s <ID> (removes Semaphores)
OR
ipcrm -q <ID> -m <ID> -s <ID>
In addition, the following can be used to grep the processes for TPS
and INFORMIX to see if they are running.
ps -ef | grep informix
Displays the following:
informix 2912 4703
informix 4195 4703
informix 4449 4703
informix 4703
1
informix 5218
1
informix 7526 4703
informix 7780 4703
root 16046 10907
0
0
0
1
0
0
0
2
13:59:44
0
13:59:44
0
13:59:44
0
13:59:44
0
13:59:44
0
13:59:44
0
13:59:44
0
14:01:53pts/2
0:00
0:00
0:00
0:00
0:00
0:00
0:00
0:00
tbpgcl
tbpgcl
tbpgcl
tbinit
tbtape -c
tbpgcl
tbpgcl
grep informix
ps generated
by grep
16.2
What a Healthy System Looks Like
CHAPTER
16
ps -ef | grep tps
Displays the following:
root
root
root
root
root
root
root
root
root
root
root
root
root
root
10404
10606
11162
11416
11926
12407
12949
13203
13712
13961
14222
14477
15755
16043
10606
1
10606
10606
10606
10606
10606
10606
10606
10606
10606
10606
10606
10907
0
0
0
0
0
0
0
0
0
0
0
0
0
4
14:00:12
0
13:59:51
0
14:00:07
0
14:00:07
0
14:00:07
0
13:59:58
0
14:00:07
0
14:00:07
0
14:00:07
0
14:00:06
0
14:00:00
0
14:00:07
0
14:00:06
0
14:01:06 pts/2
0:00
0:00
0:00
0:00
0:00
0:00
0:00
0:00
0:00
0:00
0:00
0:00
0:00
0:00
tps
tps
tps
tps
tps
tps
tps
tps
tps
tps
tps
tps
tps
grep tps
ps generated
by grep
NOTE: With no micro lines defined, there should be 12 TPS processes
running. For each additional micro line, a TPS process (rcvdrv) will be
generated.
Use the df command to check the free and %used space of the file
systems on your system. Try and keep the %used under 85% under
normal operation.
AIX:
df
Enter
Displays:
Filesystem Total KB
free
/dev/hd4
12288
4992
/dev/hd2
151552 11912
/dev/hd9var 28672 25208
/dev/hd3
12288 10232
/dev/hd1
32768
9280
/dev/lv00
57344
4504
/dev/lv01
8192
7572
/dev/lv02
12288
6888
/dev/cd0
231234
0
%used iused %iused
59%
720
23%
92%
7382
18%
12%
77
1%
16%
157
3%
71%
1410
17%
92%
630
4%
7%
40
1%
43%
85
2%
100% 115617
100%
Mounted on
/
/usr
/var
/tmp
/home
/cas
/cas/graphics
/cas/dataviews
/usr/lpp/info/
En_US
CD-ROM
always 100%
used
16.3
UnixWare
df -k
Enter
Displays:
Filesystem
Total KB
/dev/root
361462
/proc
0
/dev/dsk/c0b0t6d0sa
16065
/dev/fd
0
/dev/dsk/c0b0t6d0sb
56227
/dev/dsk/c0b0t6d0s4
32130
/processorfs
0
/tmp
163840
/var/tmp
16384
/dev/dsk/c0b0t6d0sc
307200
/dev/dsk/c0b0t6d0s6 1464320
:
Used
311334
0
3822
0
18243
7338
0
44
0
122864
711776
Avail
50128
0
12243
0
37984
24792
0
163796
16384
184336
752544
Cap
87%
0%
24%
0%
33%
23%
0%
1%
0%
40%
49%
Mounted on
/
/proc
/stand
/dev/fd
/var
/home
/system/processor
/tmp
/var/tmp
/cas
/photo
AIX
WARNING: Before increasing the size of the file system, ensure the
system is running properly. You may have large log files due to a micro
problem or core files due to a communication problem. Se eChapter 19
- Log Files.
To increase a file system on AIX only, use the following command:
chfs -a size=<# in 512-byte blocks> <fsname>
For example:
chfs -a size=128000 /cas
increases /cas to 65536 KB or 64 MB.
OR
1.
Type the following command: smit jfs
2.
Select Change/Show Characteristics of Journaled File System.
3.
Select file system from list.
4.
Increase the size.
16.4
CHAPTER
17
Picture Perfect
Patch
Checking the Patch Level
To check the patch level on Picture Perfect, use the following
command:
cd /cas/bin
plevel
Enter
Enter
Depending on the packages installed on your system, the above
command would display messages similar to the following:
base:
graph:
impexp:
PATCH LEVEL 97
PATCH LEVEL 12
PATCH LEVEL 16
ncd 301: PATCH LEVEL 5
17.1
Installing the Patch
Installing the Patch
To install a patch tape enter the following:
1.
Log on as root.
2.
Stop Picture Perfect by typing: rc.pperf -k
3.
Type:
./ppinstall
17.2
Enter
Enter
CHAPTER
18
Removing Users
Removing Users From Picture
Perfect
To remove a user from Picture Perfect do the following:
1.
Go to the Main Menu.
2.
Select Control, then Operators.
3.
Find the operator.
4.
Press the Delete icon.
The user then is no longer in the Picture Perfect database.
NOTE: If you encounter a problem while saving an operator (typically
the hour glass displays and the UI appears locked up.), verify that the
file. COPlock does not exist in the /etc directory. Remove this file if it
does exist and close the UI and try again.
18.1
Removing Users From AIX
Removing Users From AIX
To remove the user from AIX enter the following:
1.
Log on as root.
2.
Type: rmuser -p <Login Id>
Enter
Result: This removes the user from AIX. The -p flag removes the
security files.
3.
Type: rm -r /home/<Login Id>
Enter
Result: This removes the user’s home directory and
subdirectories
Removing a User from
UnixWare Operating System
1.
Select Admin Tools, then User Setup.
2.
Highlight the user.
3.
Select Account, then Delete.
18.2
CHAPTER
19
Log Files
Picture Perfect Log Files
TPS driver/manager activity is logged to a log file designated by
log.xxxx where xxxx is the 2-digit current month and day. For
example, log.0912 is the log file for September 12th. The system
keeps log files of the last 7 days, one file for each day. The log files are
under /cas/log. For every new log file created the last file is erased.
Also, when diagnostics are set, the activity is logged to the log.xxxx
file.
When a micro resets, activity is logged to the mic.xxxx and
log.xxxx files, the mic file shows the database records downloaded
to the micro.
The tps.proctl file shows the TPS main daemon process ID,
system config record ID, start of shared memory (decimal address),
shared memory size normally 2000 (in 2048 byte blocks), and start of
Picture Perfect process control block in shared memory (decimal
address).
The tps.stderr file shows the database name, number of micros,
ports, modems, and hosts loaded.
The chkfs.log file shows which file systems have exceeded 90%
usage.
The chkrhosts.log file shows a list of remote systems that could
have unauthorized access to your system.
The following are the log files for the Picture Perfect packages:
Alarm Graphic
alg.xxxx
Backup Schedule
bak.xxxx
19.1
Picture Perfect Log Files
BASE
log.xxxx
Micro Reset
mic.xxxx
Guard Tours
trm.xxxx
Import/Export
imp.xxxx
Javelin Interface
jav.xxxx
Network Host
rfs.xxxx (database refresh)
Photo Imaging
img.xxxx
Redundant System
ppr.xxxx
Routing Manager
mrt.xxxx
SAM
rte.xxxx
Schedule Updates
sup.xxxx
Simplex Interface
smx.xxxx
Status Manager
sts.xxxx
Temp Category
Manager
tcm.xxxx
View these files using vi or more to check for errors, etc.
Use the following command to monitor the log files continuously:
logtail
Enter
or
cd /cas/log
Enter
logtail
To break from the operation use:
Ctrl
C
logtail is a utility that automatically tails the current log.xxxx file.
NOTE: If you accidentally remove the current log file, certain windows
will not come up like Activity Monitor, etc. To fix the problem, restart
TPS. This will create a new log file.
19.2
Log Files
CHAPTER
19
If the Activity Monitor does not come up, check the rw permission
settings for /cas/log which should be drwxrwxrwx. If not, do the
following:
1.
Log on as root.
2.
Type: chmod 777 /cas/log
Enter
If the /cas file system is 90% full, check the files in the /cas/log
directory. Check the log files and identify the problem, before
stopping TPS and removing problem files.
INFORMIX Log File
The INFORMIX database maintains a log file called turbo.log. This
file contains database check points and error messages, if any. The
log file is in the /cas/db/log directory. View this file using vi or
more to check for errors.
NOTE: When you restart Picture Perfect the turbo.log file is truncated
(shortened) leaving the last 1000 lines.
19.3
INFORMIX Log File
NOTES
19.4
CHAPTER
20
Diagnostic
Utilities
setdiag
Turns TPS diagnostic messages on/off
Usage
setdiag +-<flags>
where:
+ = on,
- = off,
<flags> = See Table 29 on the next page.
20.1
setdiag
TABLE 29: Flags for Setdiag Utility
Flag
20.2
Name
Description
0001
main diagnostics
Start up all other Mgr/Drv’s &
processes
0002
rcvmgr
diagnostics
Routes all incoming messages
to other Mgrs
0004
sndmgr
diagnostics
Collects & formats all outgoing
messages
0008
dbmgr diagnostics
Provides badge records to the
micro
0010
prmgr diagnostics
Manages the various print
queues
0020
bdgmgr
diagnostics
Updates badge history
0040
almmgr
diagnostics
Processes alarms for alarm
monitor & history
0080
oprmgr
diagnostics
Updates operator history
0100
moddrv
diagnostics
Sets up modem for receiving
calls
0200
rcvdrv diagnostics
Receives packets from micros
and hosts
0400
snddrv
diagnostics
Sends packets to micros and
hosts
0800
rsndmgr
diagnostics
Schedules polling & resending
of packets
1000
mreset
diagnostics
Processes & sends records to
micro at reset
Diagnostic Utilities
CHAPTER
20
TABLE 29: Flags for Setdiag Utility (Continued)
Flag
Name
Description
2000
stsmgr
diagnostics
Processes responses to
status requests
4000
schmgr
diagnostics
General purpose scheduler
like “cron”
8000
outputs to log file
Routes diagnostics to
/cas/bin/log.xxxx file
10000
timer
Provides timing mechanism
for other TPS processes
20000
tourmgr
Monitors active guard tours
40000
mrtmgr
Routes alarms and activity to
specific terminals
80000
tcmgr
Schedules temporary
categories
100000
tracer
Monitors communication
delays between host and
micro
200000
pprtd
Provides RPC services to
SAM clients
400000
nwmdrv
Processes connections from
network micros
800000
cfgmgr
Processes dynamic
configuration
1000000
keymgr
Processes key exchange and
key updates
2000000
evtmgr
Processes UCS events
3000000
UCS
Processes messages from
UCS system
20.3
setdiag
NOTE: If you find it easier to remember the name instead of the flag
value, the name can be substituted for the flag value. See examples
below.
Examples
setdiag
0002
Enter
Sets the rcvmgr diagnostics to
on
setdiag -0002
Enter
off
setdiag
8002
Enter
on & to log file
setdiag
Enter
Shows the status of the
diagnostic flags
setdiag
0
setdiag
8101
Enter
setdiag +nwmdrv
20.4
Sets all diagnostic flags off
Enter
Enter
Sends modem driver
transaction to the log file
Sets the nwmdrv diagnostics
to on
CHAPTER
20
mstate
Shows micro state
Usage
mstate -m<micro_id> -s<0 or 1>
Enter
sets micro state to offline=0 or online=1
mstate -m<micro id> -t<0 or 1>
Enter
traces micro turns snddrv & rcvdrv off/on
Enter
mstate -qm<micro_id>
gets state of micro
mstate -qma
Enter
gets state of all micros
mstate -cm<micro id>
Enter
clear status bit; not to be used all the time
mstate -dm<micro id>
Enter
dial micro now resets micro
mstate -vm<micro id>
Enter
gets state of micro and displays its resend list
Examples
mstate -m0 -s1
mstate -qm0
Enter
Enter
Sets micro 0 to online
Gets the state of micro 0
20.5
sendrst
sendrst
Sends a reset message
Usage
sendrst <micro_id>
Enter
sends a reset message to the micro
sendrst <micro_id> -c
Enter
sends a reset to the micro and does not reload badge
records
sendenq
Sends an ENQ message
Usage
sendenq <micro_id> [repeat count] [repeat delay]
Enter
sends a ENQ message to the micro, micro returns a ACK
and SYN message back)
20.6
CHAPTER
20
sendsyn
Sends a SYN message
Usage
sendsyn <micro_id>
Enter
sends a SYN message (date & time) to the micro
hstate
Shows host state for networked systems
Usage
hstate -h<host_id> -s<0 or 1>
Enter
sets host state to 0=offline, 1=online)
hstate -h<host_id> -t<0 or 1>
Enter
traces host turns snddrv & rcvdrv off/on
hstate -qh<host_id>
Enter
gets state of host
hstate -qha
Enter
gets state of all hosts
hstate -ch<host_id>
Enter
clear status bit
20.7
gmem
Examples
Enter
-s1
hstate -h0
hstate -qm0
Enter
Sets host 0 to online
Gets state of host 0
gmem
Usage
gmem
Enter
returns used, free & total Picture Perfect system
memory
Typically:
20.8
Memory used
Memory free
Total
138176
1909808
2047984
CHAPTER
20
bigmic
Used to detect which input groups have outputs that span
multiple micros. As of version 1.30 patch level 73, this utility is
part of Picture Perfect.
Usage
bigmic
Enter
Sample output:
Verifying 1067 input groups for outputs located on
different micros...
Outputs span 7 micro(s) for input group:
Comm. Failure
Host to Micro
Outputs span 2 micro(s) for input group:
Sec Ent Egress
006-1-48 FB31
============= Summary Report ===========================
1067 input group(s) verified.
2 input groups have outputs located on different micros.
=====================================================
If you need more information, such as which outputs are on what
micro_id’s for the input_group, then run the following and use vi to
edit the file and search for outputs.
bigmic d > [filename]
Enter
Sample output:
Id
Micro_Id Output Description
Input Group Description
189 2
002-1-19 Service Pssg
005-3-03 FA23 Fire Stair
75
52
005-3-03 FA23 Fire Stair 005-3-03 FA23 Fire Stair
Outputs span 2 micro(s) for input group: 005-3-03 FA23 Fire Stair
20.9
bigmic
NOTES
20.10
CHAPTER
21
Printer Queue
On AIX
•
To check the status of the print queue use the following
command:
lpstat
Displays:
Queue
----lp0
bsh
•
Dev
--lp0
bshde
Status
-----READY
READY
Job Files
User
---- -------25
STDIN.123 root
To remove a print job, use the following command:
lprm <job Number>
•
PP %
Blks Cp Rnk
-- -- ---- -- ---1 1
1
Enter
To remove all print jobs on a queue, use the following command:
Enter
cancel <queue name>
(e.g. cancel lp1)
Enter
lprm (removes all jobs)
21.1
On UnixWare
If the printer is down and hundreds of print jobs are on the print
queue causing the /var file system to be 100% used, you need to
remove all the files from the following directories:
/var/spool/qdaemon
/var/spool/lpd/qdir
/var/spool/lpd/stat
•
To start and stop the qdaemon, use the following command:
startsrc -s qdaemon
stopsrc -s qdaemon
•
Enter
Enter
To start or stop a queue, use the following command:
qadm -U <queue name>
Enter
(where U=up or start)
qadm -D <queue name>
Enter
(where D=down or stop)
* Also check and make sure root’s mail and other users’ files in
/var/spool/mail/ and other files in /var/adm/ras/ are not causing
the /usr file system to be 100% full. To make a file 0 bytes without
Enter
removing the file, do the following: > errlog
Filename
On UnixWare
•
To clean the queue, use the following command:
cancel -u <username>
For example: cancel -u root
21.2
Enter
Enter
Printer Queue
•
CHAPTER
21
To check printer status:
lpstat -a
Enter
(should return “accepting request since [date].”)
•
To start print queue:
enable lpx
•
Enter
(x = # of print queue)
To start print service:
/usr/lib/lpsched
•
(x = # of print queue)
To stop print queue:
disable lpx
•
Enter
Enter
To stop print service:
lpshut
Enter
21.3
On UnixWare
NOTES
21.4
CHAPTER
22
NCD
Troubleshooting
Boot Monitor
The boot monitor provides commands for loading X server,
debugging, and troubleshooting network connections. After the
X-Terminal is started, to access the boot monitor press Esc twice
before the boot monitor downloads a server. After the ( > ) prompt
the following useful commands can be used:
bp
Boot server from PROMs.
bt <file> <NCD_IP> <host_IP> <gateway_IP> <subnet_mask>
Boots the X-Terminal from the TCP/IP network. You can specify
the server image file, and IP address of the NCD unit and host. If
you are booting through a gateway, supply the address of the
gateway and the subnet mask if you are using one.
Example:
bt /tftpboot/Xncd14c 192.9.200.2 192.9.200.1
Enter
bt /tftpboot/Xncd301/Xncd14c 192.9.200.2 192.9.200.1
Enter
da
Displays the Ethernet, IP, and node address of the X-Terminal,
along with the subnet mask and the Ethernet, IP, and node
address of the boot server.
ds
Displays OLC, IP, TFTP, and MOP statistics.
22.1
Boot Monitor
ex
Displays the Extended Tests menu.
1.
Network Controller tests (Ethernet loopback)
8.
RAMmarch test (memory test)
9.
Video linearity (grid pattern)
A.
Video focus (“@” all over the screen)
B.
Video black level (check for “blooming”)
nv
Runs the NVRAM utility.
rs
Resets the server.
?
Lists all of the boot monitor commands.
For a more extensive listing, refer to your NCD manual.
To manually load the server (v2.XX) from the Setup screen, under
Configuration Menus, Utilities, under Remote Configuration Utility
enter the following:
1.
For Hostname / Net address: <192.9.200.1>
2.
Access Method:
3.
File name: /usr/lib/Xll/ncd/configs/ncd_std
4.
Click on
LOAD
TFTP
.
This should display a “load complete” message.
22.2
NCD Troubleshooting
CHAPTER
22
Testing
The network should be tested from the NCD and from the RISC to
verify that both ends are communicating.
From the NCD
To test the network from the NCD end, under the Network Test
Utility enter the following:
1.
Hostname / Net address: <192.9.200.1>
2.
Click on
TEST
.
This should display an “Alive” message.
From the RISC
To test the network from the RISC end, enter the following command:
ping <IP_address> OR <X-terminal name>
Example: ping 192.9.200.2
To break from the operation use .Ctrl
C
Displays:
PING 192.9.200.2 (192.9.200.2): 56 data bytes
64 bytes from 192.9.200.2 : icmp_seq=0 ttl=255 time=4 ms
^C
--- 192.9.200.2 ping statistics --3 packets transmitted, 3 packets received, 0% packet loss
round-trip min/avg/max = 3/3/4 ms
22.3
Testing
NOTES
22.4
CHAPTER
23
Support
Information
Help Desk
To reach the CASI-RUSCO Help Desk, call:
USA: (800) 428-2733
International: (561) 998-6101
Normal support hours are from 8:00AM to 7:00PM EST.
After-hours support is provided for system-down situations via a
voice mail paging system.
In addition, Customer Support responds throughout the day to
e-mail inquiries. Address your messages to:
[email protected]
Internet Address
CASI-RUSCO maintains a Web site located at domain:
http:\\www.casi-rusco.com
23.1
Internet Address
NOTES
23.2
CHAPTER
24
Forms
Customer Name __________________________________________
Address _________________________________________________
Key Contact ______________________________________________
Phone Number ___________________________________________
Equipment List:
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
Call History:
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
Notes:
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
24.1
Customer Name __________________________________________
Address _________________________________________________
Key Contact ______________________________________________
Phone Number ___________________________________________
Equipment List:
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
Call History:
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
Notes:
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
24.2
Forms
CHAPTER
24
Customer Name __________________________________________
Address _________________________________________________
Key Contact ______________________________________________
Phone Number ___________________________________________
Equipment List:
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
Call History:
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
Notes:
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
24.3
Customer Name __________________________________________
Address _________________________________________________
Key Contact ______________________________________________
Phone Number ___________________________________________
Equipment List:
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
Call History:
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
Notes:
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
_________________________________________________________
24.4
Index
Symbols
?, NCD boot monitor
command 22.2
Numerics
10 Base 2. See Thin Ethernet
10 Base 5. See Thick Ethernet
10 Base T. See Twisted Pair Ethernet
16 DO board, Micro/5
switch settings 6.26
terminal points 6.12
16 DOR board, Micro/5
20 DI board, Micro/5
2RP board, Micro/5
terminal points 6.7
2SRP board, Micro/5
terminal points 6.8
32 DI/DO, Micro/2
terminal points 6.5
4CRP board, Micro/5
terminal points 6.9
8RP board, Micro/5
B
bigmic command 20.9
bp, NCD boot monitor
command 22.1
bt, NCD boot monitor
command 22.1
C
cabling for dial-up micros 8.9
CASI-RUSCO support
information 23.1
cbr command 12.8
check contents of floppy, tape or
disk 12.8
check micro status, utility 15.1
check status of print queue 21.1
chfs command 16.4
chps command 12.7
communication cables
RS/6000 3.2
UnixWare 3.3
console settings
IBM 3151 tty settings 11.9
IBM 3151, 3161 ASCII display
setup 11.1
D
da, NCD boot monitor
command 22.1
determine amount of memory 12.5
determine hardware installed and
available on system 12.5
determine tape drives
defined/available 12.6
determine tty ports
defined/available 12.6
df command 16.3
dial-up micro setup
cabling 8.9
micro setup on Picture
Perfect 8.5
modem setup 8.7
port setup on AIX 8.3
port setup on Picture Perfect 8.4
downstream micros
from dial-up micros 8.1
from network micros 9.1
drop and reload database 13.9
du command 12.3
E
erasing application code
MCUTIL application
firmware 7.5
MICTOOL FLASH application
IX.1
Index
firmware 7.5
ex, NCD boot monitor
command 22.2
F
find command 12.4
firmware
checking the version 7.20
erasing 7.16
flash 7.18
fixperm command 15.5
flash 7.18
G
gmem command 20.8
grep command 12.3
H
host capacities
RS/6000 systems 1.3
UnixWare 1.4
hstate command 20.7
I
IBM 3151 tty settings 11.9
IBM 3151, 3161 ASCII display
setup 11.1
INFORMIX
log files 19.3
starting 13.3
stopping 13.3
Informix database utilities 15.2
ipcs command 16.1
L
LDM 419/LM49 modem
settings 4.1
LDS 120A switch settings 4.6
LDS 120E switch settings 4.5
list volume groups 12.5
log files
Informix 19.3
Picture Perfect 19.1
long haul modems
LDM 419/LM 49 settings 4.1
RM 3419 settings 4.3
IX.2
lprm command 21.1
lpstat command 21.1
lsattr command 12.5, 12.6
lsdev command 12.5, 12.6
lsvg command 12.5
M
magnetic stripe reader, model
430/435. See model
430/435 reader
manually load server 22.2
mcutil 7.7–7.17
communications port,
changing 7.10
erasing the application
firmware 7.16
flash 7.18
micro version 7.20
password, changing 7.10
setting the address 7.11
SMA utility 7.11–7.17
starting the program 7.9
micro capacities
Micro/4-P 1.5
Micro/5-P 1.6
Micro/5-PX 1.8
Micro/5-PXN 1.10, 1.13
MicroProx-P 1.12
micro configurations 6.35
Micro Firmware Tools 7.1
micro setup on Picture Perfect for
dial-up micros 8.5
Micro/2
terminal points & status LEDs 6.4
Micro/4-P
8RP switch settings 6.19–6.23
capacities 1.5
power terminal points 6.2
switch settings 6.15–6.18
terminal points, status LEDs &
jumpers 6.3
Micro/5-P
capacities 1.6
flash 7.18
status LEDs 6.6
Index
Micro/5-PX
capacities 1.8
checking the application
firmware version 7.20
firmware 7.16
flash 7.18
setting the address for
dial-up 7.11
status LEDs 6.6
Micro/5-PXN
capacities 1.10, 1.13
firmware 7.16
flash 7.18
dial-up 7.11
status LEDs 6.6
MicroProx-P
capacities 1.12
firmware 7.16
dial-up 7.11
MICTOOL FLASH
downloading with MICTOOL
FLASH 7.2
erasing application code 7.5
updating the micro parameter
block 7.4
model 430/435 reader
troubleshooting 10.4
wiring diagram 10.1
models 94x/97x readers
testing 10.13
troubleshooting 10.14
wiring diagram 10.11
modem setup for dial-up micros 8.7
modems, approved dial-up 4.1
mstate command 20.5
N
names in Picture Perfect
database 14.1
NCD boot monitor commands 22.1
nv, NCD boot monitor
command 22.2
O
operating system versions 1.2
P
patch
checking the level 17.1
installing 17.2
permission problems, Picture
Perfect and Informix 15.5
Picture Perfect
log files 19.1
starting 13.6
stopping 13.5
Picture Perfect database
drop and reload procedures 13.9
names 14.1
table IDs 14.1
Picture Perfect programs 14.9
pmadm 5.6
Power/Communications board,
Micro/5
terminal points & status LEDs 6.6
PPRS
starting (tps only) 13.8
stopping (tps only) 13.8
pr command 12.3
preload utility 8.1
printer queue 21.1
programs in Picture Perfect 14.9
proximity readers, models 94x/97x.
See models 94x/97x
readers
pwd command 12.3
Q
qadm command 21.2
query, Informix command 15.2
IX.3
Index
R
readers
See model 430/435 reader
See models 94x/97x readers
rebooting the RS/6000 13.4
remove a print job 21.1
removing Picture Perfect
on a UnixWare system 13.13
RM 3419 modem settings 4.3
rs, NCD boot monitor
command 22.2
RS/6000 commands 12.5
copy files to disk or tape 12.9
tar 12.9
RS-232 communication cable
pinouts 3.4–3.10
RS-422 wiring diagrams 3.11–3.12
RuscoRP board
starting
INFORMIX 13.3
PPRS (tps only) 13.8
print queue 21.2
qdaemon 21.2
XDM 13.7
startsrc command 21.2
statuscmd command 15.1
stopping
INFORMIX 13.3
PPRS (tps only) 13.8
print queue 21.2
qdaemon 21.2
XDM 13.7
stopsrc command 21.2
support modem settings 5.1
switch settings for Picture
Perfect 6.15–6.34
S
sacadm 5.6
selectcol, Informix command 15.2
selectfile, Informix command 15.2
selectindex, Informix
command 15.2
selectit, Informix command 15.3
selectout, Informix command 15.3
selectrows, Informix command 15.3
selectrpt, Informix command 15.3
selecttab, Informix command 15.4
sendenq command 20.6
sendrst command 20.6
sendsyn command 20.7
setdiag command 20.1
setting the address for dial-up
MicroProx-P, Micro/5-PX
and Micro/5-PXN 7.11
short haul modems
LDS 120A settings 4.6
LDS 120E settings 4.5
shutting down the RS/6000 13.4
SMA utility 7.11–7.17
spell command 12.3
sqlmsgnbr, Informix command 15.4
T
table IDs in Picture Perfect
database 14.1
tables in Picture Perfect 1.14
tail command 12.3
tar command 12.9
testing the NCD
from the NCD 22.3
from the RISC 22.3
Thick Ethernet 2.1
Thin Ethernet 2.1
Twisted Pair Ethernet 2.2
IX.4
U
UNIX commands
common 12.3
users, removing 18.1
V
vmstat command 12.7
W
wc command 12.3
Index
X
XDM
starting 13.7
stopping 13.7
xmodem command 12.8
IX.5
Index
IX.6

Technical Reference Manual For Picture Perfect Users

Transcription

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