PRIMESWITCH ™ 100/500
PAP
USER GUIDE
®
ii
Document Number 10003137.00 Rev.1
Issued March 1998
NETWORK EQUIPMENT TECHNOLOGIES, INC., (N.E.T.) PROVIDES THIS
DOCUMENT AS IS, WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED
OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.
This document constitutes the sole Specifications referred to in N.E.T.’s Product
Warranty for the products or services described herein. N.E.T.’s Product Warranty is
subject to all the conditions, restrictions, and limita tions contained herein and in the
applicable contract. N.E.T. has made reasonable efforts to verify that the information in
this document is accurate, but N.E.T. reserves the right to correct typographical errors
or technical inaccuracies. N.E.T. assumes no responsibility for any use of the use of the
information contained in this document or for any infringement of patents or other
rights of third parties that may result. Networking products cannot be tested in all
possible uses, configurations or implementations, and interoperability with other
products cannot be guaranteed. The customer is solely responsible for verifying the
suitability of N.E.T.’s products for use in its network. Local market variations may
apply. This document is subject to change by N.E.T. without notice as additional
information is incorporated by N.E.T. or as changes are made by N.E.T. to hardware or
software.
Restricted Rights
Legend
Copyright © 1998 Network Equipment Technologies, Inc.
Copyright 1993 − 1998 Jtec Pty Limited.
All rights reserved.
No part of this publication may be stored in a retrieval system, transmitted or
reproduced in any way, including, but not limited to, photocopy, photograph,
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Rights clause at FAR 52.227-19.
Unpublished—rights reserved under the copyright laws of the United States.
Network Equipment Technologies, Inc./N.E.T. Federal, Inc.
6500 Paseo Padre Parkway
Fremont, CA. 94555
10003137.00 Rev.1
Trademarks The N.E.T. logo is a registered trademark, and PrimeSwitch, Network Equipment
Technologies and N.E.T. are trademarks of Network Equipment Technologies, Inc. All
other trademarks are the sole property of their respective companies.
Note: In this manual, any r eference to PrimeSwitch refers to the PrimeSwitch 100 Series
product line, unless specified differently.
iii
iv
10003137.00 Rev.1
Contents
Contents v
Introduction
About this user guide, 1-2
Audience, 1-2
Using this guide, 1-3
Overview, 1-4
Filtering, 1-4
Buffering, 1-4
Display, 1-5
Basic Rate access, 1-5
Installation
Installing PAP, 2-2
Local, 2-2
Remote via ADLM, 2-2
Remote via modem, 2-3
Connecting PAP to an ISDN interface module, 2-4
BRMN, BRMT and early IPMN and IPMT, 2-4
Later IPMN and IPMT, 2-4
QBRM and DTM, 2-4
Connecting PAP to a PC, 2-5
Software installation, 2-7
Starting PAP, 2-8
The PAP screen
Screen display, 3-2
Display colors, 3-4
Status line, 3-5
Layer 1 status line, 3-7
Primary Rate, 3-7
Basic Rate, 3-7
Examples, 3-9
Layer 1 status change, 3-9
Layer 2 frame, 3-9
Layer 3 message, 3-10
Item sources, 3-10
vi Contents
Commands
Entering commands, 4-2
Keys, 4-3
Commands, 4-4
10003137.00 Rev.1
Introduction 1-1
1Introduction
1-2 About this user guide
About this user guide
This user guide describes the Protocol Analyzer Package (PAP). It covers the installation
and operation of the PrimeSwitch 100 Series Integrated Services Digital Network (ISDN)
PAP.
P AP is availa ble for both Primary Rate and Basi c Rate in a number of pr otocol variations.
The PrimeSwitch PAPTS14 is an ISDN Primary Rate monitor conforming to Austel
Specification TS14.
The PrimeSwitch PAPTS13 is an ISDN Basic Rate monitor conforming to Austel
Specification TS13.
The PrimeSwitch PAPETSI is an ISDN Primary Rate monitor conforming to the ETSI
ISDN Specification.
The PrimeSwitch P APETSIB is an ISDN Basic Rate monitor conforming to the ETSI ISDN
Specification.
Audience
The PrimeSwitch PAPDASS2 is an ISDN Primary Rate monito r conforming to British
Telecom Specification BTNR190.
The PrimeSwitch P APDPNSS is a PABX signaling monitor conforming to British Telecom
Specification BTNR188.
This user guide is intended for people with a general knowledge of personal computers
and a good understanding of ISDN, pa rticular ly layer 2 an d layer 3 signal ing protocols.
10003137.00 Rev.1
Using this guide
The guide contains the following sections:
Overview describes how PAP processes network traffic.
The PAP screen describes the main screen and illustrates how PAP displays messages.
Commands describes how to control PAP with function keys and typed commands.
Installation describes how to install PAP and connect PAP to a PC.
Technical assistance information
If there is a problem using the N.E.T . products, call the N.E.T . T echnical Assistance Center
(TAC) for assistance. The toll-free number for the United States is:
1-800-800-4638
Introduction 1-3
The contact number for the UK and other European countries is:
(44)1293 600703
Customers outside the United States, and Europe may use the following toll number:
(703) 724 7999
T AC pe rsonne l ar e a vail able by t eleph one 2 4 hours a day, 7 days a week. Warranty and
contract customers receive first consideration in the scheduling of technical resources.
Before contacting TAC for help, review and verify the provisions contained in your
warranty or contract. Depending on those pr ovisions, ther e may be a char ge for service.
When authorized, T AC Engineers can diagnose most network problems remotely, using
dial-up connections. When a service technician is requir ed, TAC will dispatch the nearest
N.E.T. or third-party service engineer.
1-4 Overview
Overview
Filtering
The PrimeSwitch ISDN Protocol Analyzer Package (P AP) monitors and displays layer 1,
layer 2 and layer 3 protocol activity on a PrimeSwitch ISDN interface.
P AP uses COM ports on the PC to transfer information to and from a PrimeSwitch ISDN
module. P AP can monitor multiple ISDN interfaces on PrimeSwitch 100 Series modules
which have more than one (for example, the DTM or QBRM), and can use either COM1,
COM2 or BOTH at the same time on the PC.
When P AP is operating, all traffic entering the analyzer system, either from the ISDN or
from a captured file, is filtered, buffered and displayed.
When you enable a filter, every message passing through the analyzer passes through
the filter. Traffic that is selected by the filter enters the buffer. Traffic that is not selected
is lost. Filters select or reject system, layer 1, lay er 2 and layer 3 as follows:
Buffering
• System messages are info rmation fr om other syst em modules. They can be on or off,
but are generally not of concern to users.
• Layer 1 status change messages can be on or off.
• Layer 2 is filtered on frame type, for example, SABME and RR. They can be on, off,
enabled for all except a defined list or enabled for a defined list only.
• Layer 3 is filtered on message type, for example, SETUP and RELease. They can be
on, off, enabled for all except a defined list or enabled for a defined list only.
You create a filter with the MakeF command and display the cu rrent filter with the
ShowF command (see Chapter 4 — Commands for more information). You can store
several filters on disk but only one filter can be enabled at a time.
After passing through the filter, messages are stored in the internal ‘first in first out’ (FIFO)
buffer . Messages are also written to disk if you have enabled capturing. The full contents
of each traffic item ar e stored irrespective of the current decoding and display settings.
When the display is paused, traffic continues to be written to the buffer.
Items in the buffer are numbered sequentially from zero until the buffer is full, then from
zero again. This number appears alo ngside the message when it is displayed.
Use the Save command to write the contents of the buffer to disk (see
Chapter 4 — Commands for more information).
The buffer is dynamically allocated from the PC’s memory . The default is to use Extended
or Expanded memory, if it is available, and to use up all but 80 K bytes of conventional
memory if the Extended or Expanded memory is not available.
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Display
Introduction 1-5
This default can be overridden from the command line as follows:
PAPXXXX REAL forces the P AP softwar e to use conventional memory and will
not operate if insufficient conventional memory is available.
PAPXXXX VIRTUAL forces the P AP software to use Extended or Expanded memory
and will not operate if memory i s not available.
These overrides should not be used unless problems are experienced with the default.
The size of the buffer therefore depends on the amount of memory (RAM) available in
the computer , and the amount used by other programs. The buffer size is displayed on
the startup screen. Multiply this by four to determine the number of traffic items that
can be stored.
T r affic is displayed on the screen according to the current settings of layer 2 and layer 3
decoding and di splay (L2, L3, Long, Med, and Short commands). You can pause the
display to examine messages and scroll the display backwards and forwards. See Chapter
4 — Commands for more information.
Basic Rate interface
To understand the information displayed by the Basic Rate PAP you must understand
Service Access Point Identifiers (SAPIs), Terminal Endpoint Identifiers (TEIs) and
Connection Endpoint Suffices (CESs). A data link connection is identified by a SAPI and
a TEI. The SAPI defines which part of the bit within a terminal is talking and can have
three different values:
0 LAPD link for ISDN calls
16 LAPB link for X.25 calls
63 management bit which manages TEIs
The TEI is a unique address (for a particular ISDN connection) assigned to a terminal.
The analyzer displays two types of TEI:
Fixed set physically on a terminal, usually by DIP switches or non-volatile
Automatic worked out dynamically by negotiation between network and
storage. You must ensure that each fixed TEI terminal has a unique
address; if two terminals have the same address, neither will work.
terminal.
The TEI and SAPI combine to make a physical address that is encoded into layer 2 frames.
Layer 3 refers to this combination by a CES. This is a number between 0 and 255 which
at any time uniquely identifies a particular SAPI/TEI combination.
1-6 Overview
Figure 1 shows the relationship between CES, SAPI and TEI.
Figure 1: CES, SAPI and TEI
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Installation 2-1
2Installation
2-2 Installing PAP
Installing PAP
Local
PAP can be used to monitor traffic on either a local or a remote PrimeSwitch.
To monitor local traffic connect the PC to the PrimeSwitch PAP connector, as in the
following diagram:
PC
PAP
Remote via ADLM
PrimeSwitch
Figure 2: Local connection
To monitor remote traffic, a V.24 AD LM must be installed in both the local and remote
PrimeSwitches. Connect the PAP connector to an ADLM V.24 port on the remote
PrimeSwitch, and connect the PC to an ADLM V.24 port on a local Prim eSwitch, as in
Figure 3:
PC
ADLM
Local PrimeSwitch
ISDN
PAP
ADLM
Remote PrimeSwitch
Figure 3: Remote connection
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Remote via modem
Y ou can also use a modem to monitor traffic on remote PrimeSwitches, as shown in Figure
4.
Installation 2-3
PC
PACER 2200
PAP
PrimeSwit ch
Figure 4: Local connection via modem
Modem
PACER 2200
Modem
Analog
Network
2-4 Connecting PAP to an ISDN interface modu le
Connecting PAP to an ISDN interface module
BRMN, BRMT and early IPMN and IPMT
You must place the PrimeSwitch PAP Module panel in the slot immediately to the right
of the ISDN interface module that you want to monitor, with the connector located at
the top. If necessary, rearrange the modules in the PrimeSwitch to clear the slot on the
right hand side of the ISDN interface module. Note that you must update the
configuration of the PrimeSwitch to reflect the new arrangement of modules.
Connect the 10-way IDC connector on the PrimeSwitch P AP Module panel to the 10-way
header located just above the RJ-45 socket on the ISDN interface module. The red
conductor of the ribbon cable must be on the top.
Place the panel in to the vacant slo t and tighten the s crews loca ted on the top and bott om
of the panel.
Later IPMN and IPMT
QBRM and DTM
These modules have a 9-way socket on the front panel to connect to PAP.
The QBRM and DTM have a 9-way socket on the fr ont panel to connect to PAP. This P AP
connection services all 4 interfaces.
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Connecting PAP to a PC
(
)
(
)
(
)
(
)
(
)
(
)
Connect the PrimeSwitch PAP protection device to a parallel port of the PC.
To monitor local traffic:
1 Connect COM1 or COM2 on the PC to the 25-way D type connector on the
PrimeSwitch PAP panel using a straight through cable constructed according to Figure
5.
Installation 2-5
2
3
7
DB 25 Female
to PC
Figure 5: Local cable construction
To monitor remote traffic:
1 Connect the PC to an ADLM V.24 port on the local PrimeSwitch using a cable
constructed according to Figure 6.
2
3
2
3
7
DB 25 Male
to PAP V.24 port
3
2
OR
OR
3
2
5
DB 9 Male
to built-in P AP port
2
3
7
DB 25 Male
to ADLM V.24 port
Figure 6: Remote cable construction
7
DB 25 Female
to PAP port
5
DB 9 Male
to built-in P AP port
2-6 Connecting PAP to a PC
2 Configure the ADLM V.24 as follows:
Remote
Auto answer
Remote and local
AT call control
Bit rate
Parity
Stop bits
Number of bits
ON
ON
19 200
No
1
8
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Software installation
The PAP software is installed as part of the PrimeSwitch Manager—NCS (Net Center
Software) installation process.
To install individual versions:
1 Create a directory for the PAP software. Type:
MD \PAP <Enter>
2 Change to this directory. Type:
CD \PAP <Enter>
3 Insert the PAP disk (PM-NCS Disk 3) into the floppy drive and change to the PAP
subdirectory. Type:
CD A:\PAP <Enter>
Installation 2-7
4 Expand the required file. Type:
expand A:PAPTS14.EXE <Enter>
expand A:PAPTS13.EXE <Enter>
expand A:PAPETSI.EXE <Enter>
expand A:PAPETSIB.EXE <Enter>
expand A:PAPDASS2.EXE <Enter>
expand A:PAPDPNSS.EXE <Enter>
2-8 Starting PAP
Starting PAP
To start the program:
1 Either:
• from Program Manager, double-cl ick on the icon; or
• from MS-DOS, change to the PAP directory and type one of the following:
PAPTS14 <Enter>
PAPTS13 <Enter>
PAPETSI <Enter>
PAPETSIB <Enter>
PAPDASS2 <Enter>
PAPDPNSS <Enter>
T o change the COM port or baud rate settings, use the Port and/or Rate commands (see
Chapter 4 — Commands). Changes are saved when the program exits and will be used
each time the program starts.
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The PAP screen 3-1
3The PAP screen
3-2 Screen display
Screen display
Figure 7: Screen display for Primary Rate Access
Status line
Display
window
Layer 1
status line
Command
window
Command
line
The PAP screen, an example of which is shown in Figure 7, contains the following
elements:
Status line displays the status of the PrimeSwitch, including operation state, link
status, level of layer 2 and layer 3 decoding, and other information.
For Basic Rate access, the current CES is displayed at the far right of
the status line.
See Status line later in this chapter.
Display
window
displays traffic sent and received, and lists the contents of the
message pool and other information.
When the program starts it shows a block diagram with credits,
software version, connection information and buffer size.
Use the cursor keys to scroll through a display that is longer than the
window.
See Keys in Cha pter 4 — Commands .
Layer 1 status
line
Command
window
displays the network and user layer 1 states. These are only updated
during monitoring . See Layer 1 status line later in this chapter.
displays entered commands. See Commands in Chapter 4 —
Commands.
Command
line
Help window
(not shown)
displays function key definiti ons of commands. A vailable commands
depend on the current operation.
temporary window displayed over the rest of the screen.
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The PAP screen 3-3
The Basic Rate screen differs from the Primary Rate screen in the following ways:
• the Call Reference Indicator has two digits, not four;
• the current CES indicator is at the far right of the status line;
• there is a different set of layer 1 state indicators;
• the startup display shows different connection ports.
3-4 Display colors
Display colors
On a color monitor, traffic is displayed in the following colors:
Green Network side, layers 2 and 3.
Purple User side, layers 2 and 3.
Yellow Layer 1.
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Status line
1 Operation state
The PAP screen 3-5
The following diagram is a sample status line with each field numbered. Fields are
described in detail below.
123 45 678910
STOP stopped
MON monitoring
PLAY playing back captured file
PAUSE display paused
2 Communication port
COM1 using COM1 port
COM2 using COM2 port
3 Local or remote, or bit rate
LOC monitoring the local PrimeSwitch
REM monitoring a remote PrimeSwitch
2400 data rate is 2400 bit/s
4800 data rate is 4800 bit/s
9600 data rate is 9600 bit/s
19.2 data rate is 19.2 kbit/s
4 Not used
5 B-Channel
B=XX B-channel set to XX
3-6 Status line
6 Call reference
7 Layer 3 decode
8 Layer enable
OXXXX call reference originating (Basic Rate OXX)
DXXXX call reference destination (Basic Rate DXX)
SHORT display message type only
MED display message type and information elements
LONG display message type, information elements and full decode of
information elements
-- alarms displayed; layers 2 and 3 suppressed
L2 layer 2 displayed in full; layer 3 suppressed
E2 only Exception Conditions are shown on layer 2; layer 3 suppressed.
L3 layer 3 displayed; layer 2 suppressed
L2 L3 layers 2 and 3 displayed in full
E2 L3 (default) layer 2 exception conditions and layer 3 displayed
HEX all messages displayed in hex
9 Capture and filter status
-- traffic not filtered or captured
FILT traffic filtered
CAPT all traffic captured to disk
CA-FI traffic filtered before capture
This displays SABME, UA, DISC, REJ, FRMR and RNR frames but
suppresses RR and INFO frames
10 CES (BRI only)
C XXX CES of active data link
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Layer 1 status line
Layer 1 status indicators are decoded from the value at the end of the displayed line,
which is the sum of the individual hexadecimal values shown in the tables below. For
example, simultaneous Primary Rate SYNC (08) and SES (02) errors are displayed as:
Layer 1 Status Change 0A
The left half of the layer 1 status line displays network side indicators, the right half
displays user side indicators.
There are different indicators for Primary Rate and Basic Rate.
Primary Rate
The indicators are the same for both network and user sides, as shown below.
The PAP screen 3-7
Basic Rate
Value Indicator Description
00 -- normal operation
01 ES Errored Second
02 SES Severely Errored Second
04 DM Degraded Minute
08 SYNC frame synchronisation lost
10 REM remote alarm
20 AIS Alarm Indication Signal (binary ones)
The indicators are different for user and network sides, as shown in the tables over the
page.
3-8 Layer 1 status line
Network side
User side
Value Indicator
00 deactivated
01 pending deactivation
02 pending activation
03 activated
Value Indicator
00 deactivated
01 synchronized
02 activation request
03 activated
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Examples
PAP displays layer 1, layer 2 and layer 3 traffic as shown in the examples below.
Layer 1 status change
001 number of traffic item in the buffer
USER source of item
Jan 03 date and time of item
G821 ITU-T layer 1 protocol recommendation
00 status change type, for values see Laye r 1 status line
The PAP screen 3-9
Layer 2 frame
030 position of traffic item in the buffer (note that this differs fr om layers
1 and 3)
USER source of item
Jan 03 date and time of item
Q921 ITU-T layer 2 protocol recommendation
INFO frame type
CR0 Command/Respon s e bit setting
PF0 Poll/Final bit setting
Ns=11 sending sequence number
Nr=59 receiving sequ e nc e num b er
Len=13 length of frame
00 01 hexadecimal contents of frame, including layer 3 message
Layer 2 frames can be displayed in alphanumeric or hexadecimal format. For details see
the L2 command in Chapter 4 — Commands.
3-10 Examples
Layer 3 message
031 number of traffic item in the buffer
USER source of item
Jan 03 date and time of item
Q931 ITU-T layer 3 protocol recommendation
INFOrmation message type
C/Ref 0001e call reference number, unique for duration of call
Org originating or destination side of call
The first line of a layer 3 message always has the same format, although the amount of
information displayed depends on the level of decoding (see Long, Med and Short
commands in Chapter 4 — Commands).
Item sources
When monitoring one ISDN interface from one COM port (the default), the item source
is either USER or NETWORK.
If monitoring one ISDN interface from two COM ports, the source is either:
USER(n) or NETWORK(n)
where n = 1 or 2 (for COM1 or COM2).
If monitoring multiple ISDN interfaces from one COM port, the source is either:
USER Pm or NET Pm
where m = 1 to 4 (for the ISDN interface).
If monitoring multiple ISDN interfaces from two COM ports, the source is either:
U(n) Pm or N(n) Pm
where n = 1 or 2 (for COM1 or COM2) and m = 1 to 4 (for the ISDN interface).
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Commands 4-1
4Commands
4-2 Entering commands
Entering commands
To enter a command:
• press a Function key, or
• type the command name and press Enter or the space bar.
Some commands prompt for a yes/no respon se. Type y or Y and press Enter for yes, n
or any other key for no.
Some commands prompt with a list of choices. Type the first letter of a word to select
that option.
Some commands display a list. Use the Page Up, Pa ge Dow n and arrow keys to scroll
through the list, then type a choice from the list.
To cancel the command prompt, press Esc.
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Keys
Commands 4-3
Key functions are shown below.
Key Context Function
Function keys all executes command
Up arrow
Down arrow
PgUp monitoring pauses display
PgDn paused display or list scrolls down one screen
Home paused display goes to start of display
End paused display goe s to end of display
Enter command prompt executes command
Spacebar command prompt executes comm and
Esc command prompt cancels command
↑
↓
monitoring pauses display
paused display or list scrolls up one line
paused display or list scrolls down one line
end of paused display continues display
paused display or list scrolls up one screen
end of paused display continues display
Help window closes window
4-4 Commands
Commands
Capt
This section describes the available commands. You should note that not all commands
are available in every analyser state. You can display a complete list of the commands
available in the current state using the MORE key.
Toggles capture to disk. If capture is OFF, you must supply a filename for the capture
file. This should be a legal DOS filename, for example, CAPTURED.OUT. All
transmitted and received messages are stored in this file. Files can be played back using
the Play command.
All messages that pass through the Filter (see Filt) are stored regardless of the settings
of L2, L3 and LONG, MEDium and SHORT. To end capture, either press Capt again or
press Stop. If the disk fills up capture terminates.
When capture is ON, CAPT is displayed in field 9.
Cause
Cont
Dial
Filt
Displays a list of causes and the i r values .
Continues display after the display has been paused to examine data . The displa y can
also be continued using the down arrow (
the display.
Dials a remote number before monitoring starts. Requires an A T modem, or a QDLM or
ADLM.
Enables or disables a filter. If a filter is not enabled, you must supply the name of a filter
that you want to use to select messages for display. If a filter is enabled, it is removed
and all messages are displayed. The status line indicates FILT when filtering is enabled
in the Filter/Capture field. If both filtering and capturing are on, CA-FI is displayed.
↓) or Page Down keys to move past the end of
Hang
You must define a filter before you can use the Filt command (see MakeF).
Disconnects a remote monitoring call.
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Help
Info
L2
Commands 4-5
Displays information relevant to the currently selected comm and or operation.
To get more help, press C to display a list of commands or T to display a list of topics.
Move the pointer with the cursor keys and press Enter to select.
Press Esc or Q to return to normal operation.
Displays a list of Information Elements and their values.
Changes the display of layer 2 protocol activity. The display level (as indicated on the
top line) has four settings:
L3
Long
--- no display of layer 2
E2 only exception conditions are shown; RR and INFRO fra m es are
suppressed
L2 full display of layer 2
HEX display in hexadecimal
All layer 2 activity is buffered/captured at all times regardless of this setting.
Changes the display of layer 3 protocol activity. The display level (as indicated on the
top line) has two settings:
-- no display of layer 3
L3 display of layer 3
All layer 3 activity is buffered/captured at all times regardless of this setting.
Selects long display of layer 3. The display includes Message Type, each Information
Element and the full interpretation of each octet within the Information Elements. LONG
appears on the status line.
4-6 Commands
MakeF
Med
Creates a filter. You must supply a name and then an swer a series of yes/no questions
to define the filter. Y ou can choose whether to select All, Only the listed ones or all Except
the listed ones. If you select Only or Except, you can enter a list of Frame Types or
Message T ypes. When the list contains all of your selections, press Enter on a blank line
to finish.
You can enable the filter immediately.
The filter is stored in a disk file named NAME.FLT where NAME is the name you give
to the filter.
Selects medium display of layer 3. The display includes Message Type, Information
Elements and the contents of Information Elements in hexadecimal, but not the
interpretation of the element contents. MED is displayed on the status line.
Mnem
Mon
MSDOS
Displays a list of message mnemonics and their values.
Monitors traffic in both directions. MON appears on the status line.
Some PrimeSwitch modules ha ve multiple ports. You can choose to have one or more of
these ports monitored.
For single port modules (for example, the IPM or BRM), leave this set to its default value,
which is port 1.
For multiple port modules (for example, the DTM or QBRM), enter 1, 2, 3 or 4, or
multiples such as:
1 3 to monitor ports 1 and 3
1 2 3 4 to monitor all 4 ports, and so on.
Loads a copy of the MS-DOS command processor. The MS-DOS prompt is displayed and
you can run most DOS commands. There is only a limited amount of memory available,
so you may find that larger programs do not run.
To return to the analyser, type Exit and press Enter.
10003137.00 Rev.1
Pause
Play
Commands 4-7
Suspends the display of information during monitoring. Pressing the up arrow (↑) or
Page Up key also pauses the display.
While the display is paused, information received by PAP is buffered and captured to
disk. Press Cont to continue display.
Plays back a file that has been created using the Capt or Save commands.
When you supply the filename of a legal capture file, the sequence in the file is played
back and the status line indicates PLAY in field 1.
The first page is displayed and you can view subsequent lines by using the Page Up,
Page Down and arrow keys. The L2, L3, Long, Med and Short com mands control the
display level. Playback is ended at the end of the file, or when you press STOP.
Port
Print
Quit
Save
Selects which COM port to use. Choose 1 or 2. If you have a PC with two COM ports,
you can monitor two dif ferent P rimeSwitch modul es at the same time; in this case, select
BOTH as the value.
This value is saved for use the next time the software is opened.
Prints a file of transactions that has been captured on disk. You can print the file to a disk
file by selecting Disk, rather than Printer, as the print destination. Message s are decoded
and displayed according to the current settings of the L2, L3, Long, Med and Short
commands. The print file is standard ASCII text.
Exits from PAP and returns to the MS-DOS prompt.
Saves the current contents of the PAP internal buffers to a disk file. The file is in the same
format as a Capture file and can be read using the Play command.
Short
Selects short display of layer 3. Disassembly of messages is restricted to type only. SHOR T
is displayed on the status line.
4-8 Commands
ShowF
Speed
State
Stop
If filtering is enabled, the current filter settings are shown.
Selects which data rate to use. The value can be 2400, 4800, 9600 or 19200. This value is
saved for use the next time the software is opened.
Displays a list of states and their values.
Terminates the current activity as shown in the tabl e below.
Tele
Operation state Effect
Monitor mode Returns to stopped state
Playing back File closed, returns to stopped state
Displays a list of teleservice types and their values.
10003137.00 Rev.1
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