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TRANSCRIPT
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GSM Switching Subsystem
SSS SR13.0/UCR5.0cs
OMN:TE-AD
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Table of ContentsThis document has 46 pages.
1 Introduction (IN) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 71.1 Interfaces. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
1.2 Test Administration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
1.2.1 Assignment of Test Commands. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
1.2.2 Operating States of the Exchange. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
1.2.3 Test Equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
1.2.4 Test Equipment Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
1.2.5 Test Points for Test Traffic. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
1.2.6 Thresholds for ATE and TU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15
1.2.7 Test Schedules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15
1.2.8 Test Results. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15
1.2.9 Workstations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15
1.2.10 Workstation Test Port . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
1.2.11 Workstation Group. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
1.3 Administration of Test Objects. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
1.3.1 Subscriber Lines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
1.3.2 Administration of Thresholds for Line Testing . . . . . . . . . . . . . . . . . . . . 17
1.3.3 Test Classes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
1.3.4 Trunks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
1.3.5 Trunk Group Test Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
1.4 Line Testing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18
1.4.1 Testing with the Line Workstation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 181.4.2 Tests with the ATE:T . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
1.4.3 Automatic Tests with the TU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
1.4.4 Tests with the Ringback Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
1.4.5 ISDN Line Tests. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
1.4.6 SULIM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
1.5 Trunk Testing. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
1.5.1 Testing with the Trunk Workstation . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
1.5.2 Tests with the ATE:T . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
1.5.3 Tests with the ATE:TM / ATE:N/ ATCO. . . . . . . . . . . . . . . . . . . . . . . . . 20
1.5.4 Tests with the Testset (Test Phone) . . . . . . . . . . . . . . . . . . . . . . . . . . . 21
1.6 Safeguarding . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21
2 Tasklist (TL) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22
2.1 Test Administration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22
2.1.1 Operating states . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22
2.1.2 Display operating states of test equipment . . . . . . . . . . . . . . . . . . . . . . 22
2.1.3 Test equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23
2.1.4 Test equipment data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23
2.1.5 Thresholds for ATE/TU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23
2.1.6 Workstation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
2.1.7 Workstation group . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
2.1.8 Workstation test port . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
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2.1.9 Test schedules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
2.1.10 Test jobs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
2.1.11 Test results . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
2.2 Administration of Test Objects . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 242.2.1 Lines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
2.2.2 Administration of thresholds for line testing . . . . . . . . . . . . . . . . . . . . . . 25
2.2.3 Test classes for subscriber lines. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25
2.2.4 Trunks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25
2.2.5 Trunk data. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25
2.2.6 Trunk group test data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25
2.2.7 Administration of thresholds for international trunk testing . . . . . . . . . . . 25
3 Procedures (TP) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26
4 TP-002 - Create testset at DLU port . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27
5 TP-003 - Cancel testset . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28
6 TP-004 - Create ringback service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29
7 TP-011 - Create SMC as TLWS workstation connected via NetM . . . . . 32
8 TP-012 - Create OMT as TLWS workstation . . . . . . . . . . . . . . . . . . . . . 34
9 TP-015 - Cancel workstation. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36
10 TP-016 - Modify worktstation data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38
11 TP-017 - Modify workstation group data. . . . . . . . . . . . . . . . . . . . . . . . . 39
12 TP-018 - Cancel workstation group . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40
13 TP-019 - Cancel workstation test port. . . . . . . . . . . . . . . . . . . . . . . . . . . 42
14 TP-021 - Display intermediate test results . . . . . . . . . . . . . . . . . . . . . . . 43
15 TP-022 - Display test job. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44
16 TP-030 - Display test results from archive fi le . . . . . . . . . . . . . . . . . . . . 45
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List of FiguresFigure 1 Interfaces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
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OMN:TE-AD Introduction (IN)
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1 Introduction (IN)
gDepending on the scope of your project, this manual may contain more information-
than you require.
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Introduction (IN)
1.1 Interfaces
Figure 1 Interfaces
EXIT
U M N : T E
ENTRY:
EXIT:
(from cross-refer-
ence) AD
Administration
SUB
Subscribers
TRK
Trunks
MaintenanceIntroduction
INFC:SUB, INFC:TRK
Task List for Maintenance
TLFC:SUB, TLFC:TRKMMN:TESUBTLFC
MMN:TETRKTLFC
Output masks
TEST RESULTS
Fault clearance pro
cedure no: FCxx
Fault Clearance Procedures FCxx
Tables TABxx
MMN:xxx
(continuation after
cross-reference)
Nonst. maintenance
OA&M center
(from test order)
Test Procedures
TPxxx
Administration and OperationIntroduction
IN:AD, IN:SUB, IN:TRK
Task List for Operation
TL:AD, TL:SUB, TL:TRK
Tables
TABxx
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Key to interface diagram
MMN:xxx: Fault clearance procedures MMN:LTGx or MMN:DLU
OA&M: center Operation administration and maintenance center
Figure 1shows an overview of the UMN:TE interfaces. It contains the links to other
manuals. In addition to this, the overview shows where you can find task lists or fault
clearance procedures to match output masks or test results..
This manual is used in the system for the administration of tests and test objects.
1.2 Test Administration
1.2.1 Assignment of Test Commands
Table 1shows how test objects are assigned to test commands.
Test object Hardwar
e
Test
equip-
ment
Test command
Special circuit (ATE:T, TOG,
RESP)
LTG ATE:T TEST CTYPE, TEST LIC,
TEST LTGPOS
Special circuit (ATE:TM /
ATE:N /ATCO)
LTG ATE:TM
ATE:N
ATCO
TEST CTYPE
Analog subscriber line circuit DLU TU /DLUG
TEST SLC, TEST DLULC
Special circuit (TU) DLU TU TEST DLULC
Analog PBXline, trunk-
scriber
LTGB/C ATE:T TEST PBXLN
Analog PBX line DLU ATE:T TEST PBXLN
Routine test of analog sub-
scriber line
DLU TU /
DLUG
TEST SUB
Routine test of BA DLU TU /
DLUG
TEST SUB, TEST ISUB
ISDNmeasurements DLU START RDSMEAS,
ACT BAPERF
Manual test of subscriber line
and terminal connected to
SLMA
DLU TU /
DLUG,
LWS
ACT WST, START LTEST,
TEST LINE
Manual test of subscriber line
and terminal connected to
BA
DLU TU /
DLUG,
LWS
ACT WST, START LTEST,
TEST LINE
Table 1 Assignment of test commands
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TEST SUB
digital TEST
ISUB
ACT ACT
CBL
- ACT
CBL
ACT
CBL
- NOTST
SUL
ACT -
TEST LOOPBA ACT ACT
CBL
- ACT
CBL
ACT
CBL
ADMIN/
1/2/3
ACCSU
SP
NOTST
SUL _
-
TEST PA - - MBL ACT
CBL
- - - - -
Running digital
sum measure-
ment
ACT ACT
CBL
- ACT
CBL
ACT
CBL
ADMIN/
1/2/3
ACCSU
SP
_
-
BA perfor-
mance mea-
surement
ACT ACT
CBL
- ACT
CBL
ACT
CBL
ADMIN/
1/2/3
ACCSU
SP
- - -
BLOCKING refers to ADMIN /ADMIN1, 2, 3, account suspension and trunk state
BMNT
LNATT refers to NOTSTSUL
NO Testing not possible in any of the listed states
ATE refers to ATE not blocked / CBL / MBL
Port Mod
ule
DIU LTG DLU BLOCK
ING
LNATT TU
mod
ule/
port
ATE ATE
:TM
ATE
:N
AT
CO
RBS
analog
DLU
ACT ACT - ACT ACT ADMIN/
1/2/3
ACCSU
SP
NO ACT - -
Table 3 Operating states that permit testing, 2
Port Mod
ule
DIU LTG DLU BLOCK
ING
LNATT TU
mod
ule/
port
ATE
Table 2 Operating states that permit testing, 1 (Cont.)
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Introduction (IN)
1.2.3 Test Equipment
The different types of test equipment are used to test trunks, lines, line circuits, PBX
lines, terminals, tone generators, announcements and for self-testing of the test equip-
ment itself.
The following types of test equipment can be created with command CR TEQ
RBS
digital
ACT ACT - ACT ACT ADMIN/
1/2/3
ACCSU
SP
NOTST
SUL
- - -
LWS
analog
DLU
ACT ACT
CBL
- ACT
CBL
ACT
CBL
ADMIN/
1/2/3
ACCSUSP
NO ACT - -
LWS
digital
ACT ACT
CBL
- ACT
CBL
ACT
CBL
ADMIN/
1/2/3
ACCSU
SP
NO ACT - -
TWS ACT
CBL
- ACT
CBL
ACT
CBL
- BMNT
ADMIN
- - - ACT
TEST
TRUNK
ACT
CBL
- ACT
CBL
ACT
CBL
- BMNT - - ACT -
TEST
INTLTRK
ACT
CBL
- ACT
CBL
ACT
CBL
- BMNT - - - ACT
ACT
BERM
ACT
CBL
- ACT
CBL
ACT
CBL
- BMNT - - - ACT
BLOCKING refers to ADMIN /ADMIN1, 2, 3, account suspension and trunk state
BMNT
LNATT refers to NOTSTSUL
NO Testing not possible in any of the listed states
ATE refers to ATE not blocked / CBL / MBL
Port Mod
ule
DIU LTG DLU BLOCK
ING
LNATT TU
mod
ule/
port
ATE ATE
:TM
ATE
:N
AT
CO
Table 3 Operating states that permit testing, 2 (Cont.)
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Introduction (IN)
Table Table 5shows the correlation between test equipment type, circuit type and LTU
type for test equipment connected to DLU.
1.2.4 Test Equipment Data
Additional data can be assigned to test equipment with command ENTR TEQDAT.
Parameter LAC must be specified whenever it is possible that subscriber directory
numbers without local area code or traffic discrimination code could arrive via the testequipment.
The value entered for parameter DLU defines which range of DLU the interfaces
MAOGT and MANTT are responsible for.
The value for the unlocking number UNLNO used by the responder TEMLE, DIGLP,
TESTSET and ETEAE is entered with command CR TEQ.. It can be modified with
command MOD TEQ.
1.2.5 Test Points for Test Traffic
Test equipment types TEMLE, TLFB, RBSI, WSTGRP and ETEAE are accessed
through the digit translator by means of test points rather than by means of code points.
ATEBRESP ATETM ATM
ATESELF ATETM ATM
CE TECONF V08, V10, V22, V23,
V31
DIGLP DIGLPBKT V04, V05
ETEAE ETEAE E02, F02, F03, N05,
V04
MACL CTEIC, CTEOG C07
RBSI RBS V09, V22, V31, V32
TEMLE TEMLEPRT, TETRR2, TETRL,TETRWL C03, C06, N07, N08,
V05
TLFB TLFBIC V03, V23
TLFI TLFIC, TLFOG V09, V22, V31, V32
Test equipment
at DLU port
Circuit type in DISP DLUPORT LTU type in DISP LTU
MANTT MTAC D30
MAOGT MTAC D30
MACONN MTAC D30
TESTSET SLCA D30
Table 5 Permitted circuit types and LTU types (DLU)
Table 4 Permitted circuit types and LTU types (LTG) (Cont.)
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Directory numbers are assigned to these types of test equipment with the command CR
TEPT.
For each directory number, a destination (command CR DEST) and a route (command
CR ROUTE) and a zone point (command CR ZOPT)must be created.
1.2.6 Thresholds for ATE and TU
The number of times that an automatic test will be repeated if a fault is found can be
interrogated with command DISP THR; (output parameter: TEREP). The default value
is 2, and it can be modified with ENTR THR:THRESH=TEREP, VALUE=.
If the ATEor TUreports a fault in a test object several times in succession, the self-test
is started automatically. The threshold at which the self-test is triggered can be defined
by the system operator and displayed with DISP THR; (output parameter FAILATE). The
default value is 10, and it can be modified with ENTR THR:
THRESH=FAILATE, VALUE=;.
1.2.7 Test Schedules
Schedules can be assigned to automatic test commands with parameter SCHED. The
schedules can be created with command ENTR TSTSCHEDand can be shared by
several test jobs. The schedules can be deleted with DEL TSTSCHED.
1.2.8 Test Results
The results of an automatic test job without schedule are output at the end of the test.
Intermediate results (not for a single test) during the test process are only output onrequest, using command DISP TSTRES.
The results of automatic test jobs with schedule are written to a cyclic history file or
archive file. This file is large enough to store the test results accumulated over one week
The commands DISP AENTRYand SEL AENTRYare used to read out the test results
from the archive file.
1.2.9 Workstations
Command CR WSTis used to create a workstation for the manual testing of trunks and
lines.
A workstation can be connected to the system at an LTGof type LTGB: Only one workstation can be connected in the exchange as PT0X. Its name is
specified in the 1st information unit of parameter TERMID. No other information
units may be entered for parameter TERMID.
If a workstation is connected via SMC, both information units of parameter TERMID
(processor and terminal number) must be entered.
The processor name must be created in the system (DISP PRO/CR PRO), other-
wise the command will be rejected.
Parameter WSTSN is used to assign a directory number to the workstation for use
in tests. An additional directory number can be assigned to the workstation for a
service handset with parameter DN. Both directory numbers must be pre-engi-
neered in the exchange and belong to the same local area (LAC).
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An originating mark can be specified with parameter ORIG1.
The command will be rejected if
the LTU specified as part of the LTG and LC is not created or
the LTG port data are implausible. To find out what circuit type was created with CRLTU, command DISP PORTcan be entered. The circuit type for a workstation must
be TPCPRT.
1.2.10 Workstation Test Port
Up to 8 test ports can be assigned to a workstation. The directory numbers DN of the
test ports must be defined in such a way that they cannot be accessed by ordinary sub-
scribers. The circuit type for a workstation test port must be TETPCPRT. This informa-
tion can be displayed with command DISP PORT.
1.2.11 Workstation GroupIn centers with numerous workstations, it is possible to form workstation groups dedi-
cated to different tasks (line testing/trunk testing).
A group can consist of a maximum of 6 workstations. A workstation can belong to
several groups at the same time (even all groups).
The parameter DIR defines the direction in which outputs will be routed, e.g. to a work-
station group in the exchange under test or to a workstation group in a maintenance
center.
Parameter FUNC defines the type of test for which the workstation group is responsible.
Parameter PRONAM specifies the processor via which the group can be accessed
(command DISP PRO/CR PRO).It must be ensured that the access to the group (CR
WSTGRP, parameter PRONAM) matches the access to the workstations in the group
(CR WSTparameter TERMID), otherwise the command will be rejected.
Connections to remote workstation groups are controlled by means of unsolicited mes-
sages. The assignment to workstation group and direction is made in accordance with
the function (18) and direction (13) by means of an individual data type. The values
of FUNC and DIR are defined in the parameters entered with MMLcommand CR
WSTGRP. Queues are provided for cases where a specific TLWSor the entire worksta-
tion group is busy. Incoming calls are rerouted to an announcement while waiting in the
queue. Parameter WP (waiting places) defines the maximum number of calls that are
allowed to wait be served per group. Calls in the queue that have not yet been presented
wait for a maximum of 5 minutes in the queue before being released automatically. If aqueue is full, all further calls to this workstation or the workstation group are rejected.
Commands are rejected if the specified workstation(s) has (have) not been created.
1.3 Administration of Test Objects
1.3.1 Subscriber Lines
Before testing, state-interrogation and display commands should be entered to verify
that the intended test object is in its normal configuration (ACT).
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1.3.2 Administration of Thresholds for Line Testing
Command MOD LTESTTHRis used to define thresholds for the resistance, capaci-
tance, external voltage, loop resistance and pulse frequency and pulse duty ratio in sub-
scriber line and station testing.
Before a test is performed for the first time, the thresholds in the classes for SLMA:FPB,
SLMA:FPS, SLMD,... must be modified.
When a subscriber is created, threshold class 0 is automatically assigned.
The thresholds defined for each threshold class can be displayed with command
DISP LTESTTHR:THRCLA=x;.
Command DISP LTESTTHR:SPCVAL=Y; is used to display threshold classes for which
special values are entered.
1.3.3 Test ClassesA threshold class is assigned to a subscriber with command
MOD SLNACC:EQN=eqn, TESTCL=xx.
1.3.4 Trunks
Test data, test types and blockings are assigned to trunks with command ENTR TRDAT.
A test path number is assigned to incoming trunks with parameter TSTDAT. The test
path number is used to access the responder in remote-controlled trunk tests.
Parameter TSTTYP is used to assign trunk group test data to the trunk that were entered
with command ENTR TGTSTDAT. Up to 8 different test types can be entered for a trunk
group.
These data can be displayed with command DISP TRUNK.
1.3.5 Trunk Group Test Data
Test data are entered for national and international trunk groups with command ENTR
TGTSTDAT.
Parameter TSTCL defines a test class for the trunk. The test class represents the test
method and the type of responder in the distant exchange.
Test class 127 must be created for analog measurements on international trunks.
Test class 128 must be created for analog measurements and bit error ratio measure-ments on international trunks.
Test class 129 must be created for bit error ratio measurements (BERM) on international
trunks.
Parameter TSTMOD defines whether the trunks in the trunk group are to be tested
directly or by remote access.
If testing international trunks, the direct test option must be created.
Parameter TSTVAL is used to enter an index for overall loss on the trunk for test classes
1 to 126.
In the case of test classes 127 and 128, parameter TSTVAL assigns templates for level
and noise measurements. These templates are created with command CR TESTTHR.Parameter TSTVAL is not needed for test class 129.
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send identification tone
line supervision
1.4.2 Tests with the ATE:T
The automatic test equipment for trunks (ATE:T) is used to test analog PBXlines and
the tones and signals generated by the tone generator, and responders and special cir-
cuits.
To safeguard test results, the ATE:T has a self-test facility and an automatic calibration.
1.4.3 Automatic Tests with the TU
The test unit (TU) is used to test circuit modules, subscriber lines and terminals in the
DLU.
To perform tests, one TU must be created for each DLU. In addition, a translationfunction (TLFI) must be created in the LTGBto which the DLU is connected.
To safeguard test results, the TU has a self-test facility.
1.4.4 Tests with the Ringback Service
The ringback service (RBS) is used for the manual testing of analog and digital sub-
scriber lines and terminals. The tests are controlled from the remote end by a mainte-
nance technician at the customers premises. Tests of digital subscriber lines at BA and
PA ports are controlled by ringback service integrated (RBSI) programs.
1.4.5 ISDN Line TestsThe following functions are available for the automatic testing and fault clearance of
ISDNsubscriber lines:
1.4.6 SULIM
The subscriber line measuring system (SULIM) is used for the manual and automatic
testing of analog subscriber lines. The manual test functions are similar to those of the
integrated line workstation (LWS). The automatic tests (routine tests) with SULIM allow
line parameters to be checked.
The start and end times for a routine test are determined by a test schedule. The lines
to be tested are stored in directory number tables.
Activate layer 1 TEST ISUB, TEST SUB
Loop test at BA TEST LOOPBA
Loop test at PA TEST PA
Running digital sum (RDS) measurement START RDSMEAS
BAperformance measurement ACT BAPERF
PDCperformance measurement ACT PDCFEA
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Introduction (IN)
1.5 Trunk Testing
1.5.1 Testing with the Trunk Workstation
The integrated trunk workstation (TWS) for the manual testing of trunks is used for fault
location, for support in fault clearance and for testing trunks before they are placed in
service (restored to service).
At the trunk workstation, it is possible to set up calls, receive calls and start manually
controlled tests and measurements. Administrative tasks and status requests for trunks
are also possible here.
To carry out test functions, the following must be created:
conference equipment
ATE:TM / ATE:N/ ATCO
workstation test port
headset port
During manual trunk testing and fault clearance, the following can be measured:
test tones
composite level, unweighted
composite level, weighted
level monitoring with specified limit
frequency spectra
MFC or
single frequency with tone pulse evaluation
The announcement workstation (AWS) application provides a convenient user interface
for connections to trunks, announcements or tone generator channels.
1.5.2 Tests with the ATE:T
The automatic test equipment for trunks (ATE:T) is used to test trunk circuits, incoming
trunks and outgoing trunks in conjunction with a responder.
The ATE:T can also be used to test analog PBXlines, the tones and signals generated
by the tone generator, and responders and special circuits.
To safeguard test results, the ATE:T has a self-test facility.
1.5.3 Tests with the ATE:TM / ATE:N/ ATCOThe automatic test equipment for transmission measuring (ATE:TM/ ATE:N/ ATCO) is
used for
manual testing of trunks with the TWS
automatic testing of international trunks TEST INTLTRK
bit error ratio measurements on trunks with the assistance of a loopback at the
remote endACT BERM
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Tasklist (TL)
2 Tasklist (TL)
gDisplay commands are only specified in the procedures if they are absolutely nec-essary. As a rule, display commands are not necessary to verify that a commandhas been executed. It is already obvious from the command acknowledgement
issued by the system whether the input command was correctly executed (see also
Operator Guidelines OGL). Should it be necessary for administrative reasons to
receive an acknow edgement of the executed work in addition to the run listing, the
content of the database can be displayed with the relevant commands (see CML)
before and after, or only after, each task.In each task, only those parameters and
identifiers are specified that are typical for the task in hand.
2.1 Test Administration
2.1.1 Operating statesDisplay port operating state .......................................................b STAT PORTDisplay trunk operating state ...................................................b STAT TRUNKDisplay CCGoperating state .......................................................b STAT CCGDisplay LTGoperating state .........................................................b STAT LTGDisplay DIUoperating state ...........................................................b STAT DIUDisplay MBoperating state.............................................................b STAT MBDisplay SNoperating state .............................................................b STAT SNDisplay DLUoperating state.........................................................b STAT DLUDisplay DLU module operating state ....................................b STAT DLUMODDisplay DLU port operating state........................................b STAT DLUPORTConfigure port...............................................................................b CONF PORTConfigure LTG.................................................................................b CONF LTGConfigure DIU...................................................................................b CONF DIUConfigure DLU.................................................................................b CONF DLUConfigure DLU module............................................................b CONF DLUMODConfigure DLU port................................................................b CONF DLUPORT
2.1.2 Display operating states of test equipmentDisplay operating state of automatic test equipment ATE
using: TGNO=x, TYPE=ATE ...........................................b STAT TEQDisplay operating state of director for bit error ratio measurementusing: TGNO=x, TYPE=ATEBDIR ...................................b STAT TEQ
DIsplay operating state of responder for bit error ratio measurement
using: TGNO=x, TYPE=ATEBRESP ...............................b STAT TEQDisplayoperating state of ATE operating as director in trunk test
using: TGNO=x, TYPE=ATEDIR .....................................b STAT TEQDisplay operating state of ATE:TM / ATE:N/ ATCO
using: TGNO=x, TYPE=ATEMAN....................................b STAT TEQDisplayoperating state of ATE operating as responder in trunk test
using: TGNO=x, TYPE=ATEDIR .....................................b STAT TEQDisplay operating state of ATE:TM / ATE:N/ ATCO self-test
using: TGNO=x, TYPE=ATESELF...................................b STAT TEQ
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Display operating state of conference equipment
using: TGNO=x, TYPE=CE..............................................b STAT TEQDisplay operating state of digital loopback function for bit error
ratio measurement using: TGNO=x, TYPE=DIGLP.........b STAT TEQDisplay operating state of end-to-end answer equipment for
trunk test using: TGNO=x, TYPE=ETEAE.......................b STAT TEQDisplay operating state of metallic test access interface from
test equipment to test object using: TGNO=x, TYPE=MANTT ................
b STAT TEQDisplay operating state of metallic test access interface from
test object to test equipment using: TGNO=x, TYPE=MAOGT ...............
b STAT TEQDisplay operating state of ringback service in LTGB
using: TGNO=x, TYPE=RBSI ..........................................b STAT TEQDisplay operating state of testset (test phone)
using: TGNO=x, TYPE=TESTSET ..................................b STAT TEQDisplay operating state of responder for trunk test
using: TGNO=x, TYPE=TEMLE.......................................b STAT TEQDisplay operating state of TLFB
using: TGNO=x, TYPE=TLFB..........................................b STAT TEQDisplay operating state of TLFI
using: TGNO=x, TYPE=TLFI ...........................................b STAT TEQDisplayoperating state of test unit in DLU
using: DLU=dluno, LC=0-11-0
using: DLU=dluno, LC=0-12-0
using: DLU=dluno, LC=0-13-0 ...............................b STAT DLUPORT
Display operating state of MTAusing: DLU=dluno, LC=1-13-0 ...............................b STAT DLUPORTDisplay operating state of LTA
using: DLU=dluno, LC=1-14-0 ...............................b STAT DLUPORT
2.1.3 Test equipmentDisplay test equipment ..................................................................b DISP TEQCreate test equipment .....................................................................b CR TEQModify test equipment ..................................................................b MOD TEQCancel test equipment ...................................................................b CAN TEQCreate testset (test phone) in DLU ...........................................................TP-002
Cancel testset (test phone) .......................................................................TP-003Create ringback service ............................................................................TP-004
2.1.4 Test equipment dataDisplay test equipment data ...................................................b DISP TEQDATEnter test equipment data .................................................b ENTR TEQDATCancel test equipment data ...................................................b CAN TEQDAT
2.1.5 Thresholds for ATE/TUEnter thresholds for ATE/TU ....................................................b ENTR THRDisplay thresholds for ATE/TU ......................................................
bDISP THR
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Display PBX lines .....................................................................b DISP PBXLNDisplay operating state of layer 1 ..........................................b STAT ILAYER1Display operating state of basic access ..........................................b STAT BADisplay DLUports with circuit variants ................................b DISP DLUPORTDisplay selected DLU port data .............................................b SEL DLUPORTDisplay FCS count.........................................................................b DISP FCSDisplay RDS measurement count.......................................b DISP RDSMEASDisplay count of transmitted and errored frames at PA..........b DISP PASTATDisplay layer-2 errors and bit error ratios for subscriber lines
and PBX lines at PA ................................................b DISP BAFAULTDisplay intermediate results of performance measurement ...b DISP BAPERFDisplay fault conditions recorded for PBXs
with PA.....................................................................b DISP PAFAULTDisplay performance data for PDC ......................................b DISP PDCPERFDisplay activation status of the feature for collecting and
storing PDC performance data ..................................b DISP PDCFEADisplay PA channel status.................................................b DISP PACHSTATEnter line maintenance blocking ..........................................b ENTR LMBLKCancel line maintenance blocking ............................................b CAN LMBLK
2.2.2 Administration of thresholds for line testingDisplay thresholds for each threshold class .......................b DISP LTESTTHRModify thresholds for each threshold class .......................b MOD LTESTTHR
2.2.3 Test classes for subscriber lines
Modify test class ....................................................................b MOD SLNACC
2.2.4 TrunksDisplay trunk operating state...................................................b STAT TRUNKEnter trunk maintenance blocking ........................................b ENTR TMBLKCancel trunk maintenance blocking ..........................................b CAN TMBLK
2.2.5 Trunk dataEnter trunk data....................................................................b ENTR TRDATCancel trunk data......................................................................b CAN TRDAT
2.2.6 Trunk group test dataDisplay trunk group test data .............................................b DISP TGTSTDATEnter trunk group test data............................................b ENTR TGTSTDATModify trunk group test data.............................................b MOD TGTSTDATCancel trunk group test data..............................................b CAN TGTSTDAT
2.2.7 Administration of thresholds for international trunk testingDisplay test thresholds .........................................................b DISP TESTTHRCreate test threshold ..............................................................b CR TESTTHRModify test threshold ...........................................................b MOD TESTTHRCancel test threshold ............................................................b CAN TESTTHR
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4 TP-002 - Create testset at DLU portThe unlock number (UNLNO) is entered in command CR TEQ/ MOD TEQ.
1 Create testsetb CR TEQ:TGNO=tgno, TYPE=TESTSET, EQN=eqn;
A unique symbolic name must be assigned to the TESTSET in parameter TGNO.
2 Create destination for testsetIf required
b CR DEST:DEST=TESTSET;
3 Create route for testsetIf required
b CR ROUTE:DEST=TESTSET, TGNO=tgno, SSDI=15, EOS=SIGN,ROUTE=route;
4 Create test point for testsetIf required
b CR TEPT:CODE=code, DEST=TESTSET;
5 Create zone point for testsetIf required
b CR ZOPT:CODE=code, ZOCHA=NOPULSE;
6 Configure DLU portb CONF DLUPORT:DLU=dlu, LC=lc, OST=MBL;
b CONF DLUPORT:DLU=dlu, LC=lc, OST=ACT;
7 END
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TP-003 - Cancel testset
5 TP-003 - Cancel testsetThe cancel command will be rejected if the routing table still contains a reference to the
testset and if this testset is the only one in the trunk group. If the route is a primary route,
the associated test point must be canceled first.
1 Display testsetb DISP TEQ:TGNO=X, TYPE=TESTSET;command repetition
TEST EQUIPMENT DATA
TGNO TYPE EQN / LTG-LC LTGMODE DIGITS LTGMIN MU UNL OR1
BLK LAC LTGMAX OR2
------+--------+-------------+-------------+--------+------+---+---+----
@##### @####### @############ @############ @####### @### @ @# @###
2 Block testsetb MOD TEQ:TGNO=tgno, EQN=eqn, BLK=ADMIN/;
3 Cancel zone point for testsetb CAN ZOPT:CODE=code, INCEPT=UNOBDE0;
4 Cancel test point for testsetb CAN TEPT:CODE=code, INCEPT=incept;
5 Cancel route for testsetb CAN ROUTE:DEST=TESTSET, TGNO=tgno, ROUTE=route;
6 Cancel destination for testsetb CAN DEST:DEST=dest;
7 Cancel testsetb CAN TEQ:TGNO=tgno, EQN=eqn;
8 END
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OMN:TE-AD TP-004 - Create ringback service
Id:0900d805800a6778
6 TP-004 - Create ringback serviceCreate ringback service for analog and digital DLUsubscribers.
1 Display LTUb DISP LTU:LTG=ltg;command repetition
LTG LTU TYPE APPLIC MODVAR
-------+----+-----+-------+---------------------------------------
@### @ V09 @##### @######################################
2 Decision blockDoes this LTG contain an LTU of type V09?
Yesh......... 4Noh ......... 3
3 Create LTUAn LTU of TYPE V09 must be created for TLFI and RBSI. LTU 4, 5 or 6 can be selected.
b CR LTU:LTG=ltg, LTU=ltu, TYPE=V09;
4 Display port datab DISP PORT:LTG=ltg, LC=lc;command repetition
LTG = @##### LC = @### LCTYPE = TLFIC LCVAR = @ TYPE = @#######
LTG = @##### LC = @### LCTYPE = TLFOG LCVAR = @ TYPE = @#######
5 Decision blockIs a TLFI created?
Yesh......... 7Noh ......... 6
6 Create TLFIb CR TEQ:TGNO=tgno, TYPE=TLFI, LTG=ltg, LC=lc;The TLFI can be created at four LTU ports: 2, 10, 18, 26. The TLFI occupies two suc-
cessive ports. The first port must be specified, the second is assigned automatically.
7 Create RBSIb CR TEQ:TGNO=tgno, TYPE=RBSI, LTG=ltg, LC=lc;The RBSI can be created at four LTU ports: 4,12, 20, 28.
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TP-004 - Create ringback service
8 Display destination for RBSIb DISP DEST:DEST=dest;
9 Decision blockIs a destination created for RBSI?
Yesh......... 11Noh.......... 10
10 Create destination for RBSIb CR DEST:DEST=dest;
11 Display route for RBSIb DISP ROUTE:DEST=dest;
12 Decision blockIs a route created for RBSI?
Yesh......... 15Noh.......... 13
13 Create route for RBSIb CR ROUTE:DEST=dest, TGNO=tgno, SSDI=7, EOS=SIGN, ROUTE=route;
14 Display testpoint for RBSIb DISP TEPT:DEST=dest;
15 Decision blockIs a test point created for RBSI ?
Yesh......... 17Noh.......... 16
16 Create test point for RBSIb CR TEPT:CODE=code, DEST=dest;
17 Create exchange identifierb MOD CALLPOPT:RBSIN=rbsin;Up to 8 digits can be defined an an identifier with parameter RBSIN.
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OMN:TE-AD TP-004 - Create ringback service
Id:0900d805800a6778
18 END
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TP-011 - Create SMC as TLWS workstation connectedvia NetM
7 TP-011 - Create SMC as TLWS workstation
connected via NetM
A Subscriber Maintenance Commander (SMC) can be created as a workstation for lineand trunk testing. This workstation can be connected to an LTGof type LTGB. It is con-
nected to the system via the NetManager (NetM).
1 Create intercept tonesb CR INC:INCEPT=TESTWAIT, TONE=INFOTONE;
b CR INC:INCEPT=NOTESTOP, TONE=SUBBUSY;
2 Create directory number volume for TLWSb CR DN:DN=dn&&dn, LAC=lac;
3 Create code point for TLWSb CR CPT:CODE=code, TRATYP=CPTDN, LAC=lac;
4 Create zone point for TLWSb CR ZOPT:CODE=code, ZOCHA=NOPULSE;
5 Create LTU for TLWSAn LTU of TYPE V11 or of TYPE = V02must be created for the workstation.
b CR LTU:LTG=ltg, LTU=ltu, TYPE=type;
6 Create workstation for TLWS userid"CSname" is the processorname created for the NetM SMC CS in CP database. sta-
tionno is the station number which is assigned to one NT userid (via TLWS administra-
tion program.)
b CR WST:WST=wst, TERMID=CSname-stationno, LAC=lac, WSTSN=wstsn,DN=dn, LTG=ltg, LC=lc, WP=8, APPLID=DIALG;
7 Create WST test port for TLWSUp to 8 test ports can be created per workstation.
b CR WSTPRT:WST=wst, NO=no, LTG=ltg, LC=lc, LAC=lac, DN=dn;
8 Create destination for TLWS groupb CR DEST:DEST=dest;
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OMN:TE-AD TP-011 - Create SMC as TLWS workstation connectedvia NetM
Id:0900d805800a6777
9 Create TLWS groupFor trunk test/maintenance using FUNC=TRKMNT1
For line test/maintenance using FUNC=LNMNT1b CR WSTGRP:WSTGRP=wstgrp, DIR=DIR1, FUNC=func, WP=4, WST=PC1X;
10 Create route for TLWS groupb CR ROUTE:TGNO=tgno, DEST=dest, ROUTE=1, SSDI=4, EOS=SIGN;
11 Create test point for TLWS groupb CR TEPT:CODE=code, DEST=dest, LAC=lac;
12 Create zone point for TLWS groupb CR ZOPT:CODE=code, ZOCHA=NOPULSE;
13 END
http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/ -
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TP-012 - Create OMT as TLWS workstation
8 TP-012 - Create OMT as TLWS workstationAn Operation and Maintenance Terminal (OMT) can be created as a workstation for line
and trunk testing. This workstation can be connected to an LTGof type LTGB.
gOnly one workstation can be created per switch for the local OMT
1 Create intercept tonesb CR INC:INCEPT=TESTWAIT, TONE=INFOTONE;
b CR INC:INCEPT=NOTESTOP, TONE=SUBBUSY;
2 Create directory number volume for TLWS
b CR DN:DN=dn&&dn, LAC=lac;
3 Create code point for TLWSb CR CPT:CODE=code, TRATYP=CPTDN, LAC=lac;
4 Create zone point for TLWSb CR ZOPT:CODE=code, ZOCHA=NOPULSE;
5 Create LTU for TLWSAn LTU of TYPE V11 or of TYPE = V02must be created for the workstation.
b CR LTU:LTG=ltg, LTU=ltu, TYPE=type;
6 Create workstation for TLWS useridThe terminal identification (TERMID) is equal to the local processor name (PRO-
TYP=SSP) which must already exist in the system.
b CR WST:WST=wst, TERMID=processor name, LAC=lac, WSTSN=wstsn,DN=dn, LTG=ltg, LC=lc, WP=8;
7 Create WST test port for TLWSUp to 8 test ports can be created per workstation.
b CR WSTPRT:WST=wst, NO=no, LTG=ltg, LC=lc, LAC=lac, DN=dn;
8 Create destination for TLWS groupb CR DEST:DEST=dest;
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OMN:TE-AD TP-012 - Create OMT as TLWS workstation
Id:0900d805800a6776
9 Create TLWS groupFor trunk test/maintenance using FUNC=TRKMNT1
For line test/maintenance using FUNC=LNMNT1b CR WSTGRP:WSTGRP=wstgrp, DIR=DIR1, FUNC=func, WP=4, WST=PC1X;
10 Create route for TLWS groupb CR ROUTE:TGNO=tgno, DEST=dest, ROUTE=1, SSDI=4, EOS=SIGN;
11 Create test point for TLWS groupb CR TEPT:CODE=code, DEST=dest, LAC=lac;
12 Create zone point for TLWS groupb CR ZOPT:CODE=code, ZOCHA=NOPULSE;
13 END
http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/ -
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TP-015 - Cancel workstation
9 TP-015 - Cancel workstationA workstation can only be canceled when the following conditions are met:
The workstation must not be active.
There must be no test ports assigned to the workstation.
The workstation must not belong to a workstation group.
1 Check status of workstationb STAT WST:WST=wst;command repetition
STATUS OF WORK STATION
WSTNAME:@##### HEADSET STATE:@############# INCOMING CALLS:@########
NO OF WAITING CALLS: @#
T E S T O B J E C T
EQN
NO STAT MODE DIR CALLTYPE DN TOGCH(LTG-LC) TGNO LNO CIC
--+----+-----+---+-----------+--------+-------------+------+-----+------
@# @### @#### @## @########## @####### @############ @##### @#### @#####
2 Decision blockIs the headset state DEACTIVATED?
Yesh......... 4Noh.......... 3
3 Deactivate workstationb DACT WST;
4 Display workstation test portb DISP WSTPRT:WST=wst;command repetition
DATA OF WORK STATION TEST PORT
WST NO LTG LC LAC DN BLK ORIG1
-------+-+-------+-----+------+--------+--------+------
@##### @ @##### @### @##### @####### @##### @###
5 Decision blockAre workstation test ports still assigned?
Yesh......... 6Noh.......... 7
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OMN:TE-AD TP-015 - Cancel workstation
Id:0900d805800a6775
6 Cancel workstation test portb CAN WSTPRT:WST=wst, NO=no;
7 Display workstation groupb DISP WSTGRP:WSTGRP=X;command repetition
DATA OF WORK STATION GROUP
WSTGRP DIR FUNC PRONAM APPLID WP BLK WST
------+----+-------+--------+------+--+-------+-------
@##### @### @###### @####### @#### @# @##### @#####
8 Decision blockIs the workstation assigned to a workstation group?
Yesh......... 9Noh ......... 10
9 Modify workstation groupb MOD WSTGRP:WSTGRP=wstgrp, WST= /wst;
10 Cancel workstationb CAN WST:WST=wst;
11 END
http://cmlexch.pdf/http://cmlexch.pdf/http://omlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://omlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/ -
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TP-016 - Modify worktstation data
10 TP-016 - Modify worktstation dataThe command MOD WSTcan be used to modify the data stored for workstations.
1 Display workstation datab DISP WST:WST=X;command repetition
WORK STATION DATA
WST TERMID APPLID LTG LC WP COS BLK ORIG1
------+-------------+------+-------+----+--+---------+------+-----
@##### @############ @#### @###### @### @ @######## @##### @###
WORK STATION DATA
WST LAC WSTSN DN TAPRT
------+------+--------+--------+-----------
@##### @##### @####### @####### @##########
2 Modify workstation datab MOD WST:WST=wst, TERMID=termid, APPLID=applid, DN=dn, WP=wp,
ORIG1=orig1, TAPRT=taprt, BLK=blk;
3 END
http://cmlexch.pdf/http://cmlexch.pdf/http://omlexch.pdf/http://omlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://omlexch.pdf/http://omlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/ -
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OMN:TE-AD TP-017 - Modify workstation group data
Id:0900d805800a6773
11 TP-017 - Modify workstation group dataThe command MOD WSTGRPcan be used to modify the data stored for workstation
groups.
1 Display workstation group datab DISP WSTGRP:WSTGRP=X;command repetition
DATA OF WORK STATION GROUP
WSTGRP DIR FUNC PRONAM APPLID WP BLK WST
------+----+-------+--------+------+--+-------+-------
@##### @### @###### @####### @#### @# @##### @#####
2 Modify workstation group datab MOD WSTGRP:WSTGRP=wstgrp, DIR=dir, FUNC=func, PRONAM=pronam,
APPLID=applid, WST=wst, WP=wp, BLK=blk;
3 END
http://cmlexch.pdf/http://cmlexch.pdf/http://omlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://omlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/ -
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OMN:TE-AD TP-018 - Cancel workstation group
Id:0900d805800a6772
7 Cancel workstation groupb CAN WSTGRP:WSTGRP=wstgrp;
8 END
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TP-019 - Cancel workstation test port
13 TP-019 - Cancel workstation test portCommand CAN WSTPRTcancels a test port of a workstation. The specified test port is
only canceled if its transient operating state allows this.
The directory number DN of a canceled test port is redirected to NU tone (number unob-
tainable).
1 Display workstation test portsb STAT WST:WST=wst;command repetition
STATUS OF WORK STATION
WSTNAME:@##### HEADSET STATE:@############# INCOMING CALLS:@########
NO OF WAITING CALLS: @#
T E S T O B J E C T
EQN
NO STAT MODE DIR CALLTYPE DN TOGCH(LTG-LC) TGNO LNO CIC
--+----+-----+---+-----------+--------+-------------+------+-----+------
@# @### @#### @## @########## @####### @############ @##### @#### @#####
2 Cancel workstation portb CAN WSTPRT:WST=wst, NO=no;
3 END
http://cmlexch.pdf/http://cmlexch.pdf/http://omlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://omlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/ -
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OMN:TE-AD TP-021 - Display intermediate test results
Id:0900d805800a6770
14 TP-021 - Display intermediate test resultsIf you do not know the job number, enter command DISP JOBto obtain a list of general
job data.
Look for the command code of the test job in this list. The job number listed for the
command code must be specified in command DISP TSTRES.
1 Display general job dataIf required
b DISP JOB:JN=X;
2 Display intermediate test resultsb DISP TSTRES:JN=jn;
3 END
http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/ -
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TP-022 - Display test job
15 TP-022 - Display test jobIf you do not know the job number, enter command DISP JOBto obtain a list of general
job data.
Look for the command code of the test job in this list. The job number listed for the
command code must be specified in command DISP TSTJOB.
1 Display general job dataIf required
b DISP JOB:JN=X;
2 Display test jobb DISP TSTJOB:JN=jn;
3 END
http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/http://cmlexch.pdf/ -
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OMN:TE-AD TP-030 - Display test results from archive file
Id:0900d8058018df0c
16 TP-030 - Display test results from archive file
1 Decision blockDo you know the name of the archive file containing the test results?
Yesh......... 3Noh ......... 2
2 Display archive filesb DISP AFILE:AFILE=X;command repetition
AFILE SIZE TYPE THRU THRD THRF COMMENT------------------+--------+-------+-----+-----+---------+--------------
@################ @###### @##### @## @## @###### @#############
Archive files (AFILE) containing test results are usually named TESTRES or RT.TES-
TRES.
3 Display archive file entriesb DISP AENTRY:AFILE=afile, TOC=YES;command repetition
AENTRY DATE TIME JOBNO CONTEXT FORMAT ALPRIO
------------------------------------------------------------------------
@#### @####### @####### @### @################## @#######
4 Select test results from the archive fileb SEL AENTRY:AFILE=afile, DATE=date, JN=jn, MSG=msg;
By entering parameter DATE, you can define the dates for which test results are
output.
By entering parameter JN, you can output test results of a specific test job.
A By entering parameter MSG (combination of test command and output masknumber) you can output individual results of a test job.
h ......... 5
5 Inputs for parameter MSGTest results Statistical
report
Busy and
inacces-
sible test
objects
Error
messages
Command
repetition
TEST LIC -6524 -6540 -6194 -6513
TEST LTGPOS -6529 -6540 -6194 -6513
TEST CTYPE -6529 -6540 -6194 -6513
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6 END
TEST TC -6538 -6540 -6535 -6194 -6513
TEST DLULC -6491 -4027 -3891 -4010 -2795
TEST ISUB -6511 -4024 -3893 -4010 -2795
TEST SLC -6493 (DLU) -4027 -3891 -4010
(DLU)
TEST SUB -6495 -6511 -3893
(DLU)
-4010
Test
results
Statistical
report
List of faulty
responders
List of
responder
faults
Error
messa
ges
Comma
nd repe-
tition
TEST PBXLN -6516 -6540 -6474 -6112 -6194 -6513
TEST TRUNK -6482 -6540 -6474 -6112 -6194 -6513
TEST INTLTRK -6477 -6540 -6474 -6112 -6194 -6513
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