199.3.6 Texts

Texts for TEST and DIAGNOSE(part A):
- ’ ALL CC INPUT/OUTPUT CONTROLLERS (IOCC)’
- ’ ALL CC INPUT/OUTPUT CONTROLLERS (IOCC-STANDBY)’
- ’ ALL CC INPUT/OUTPUT CONTROLLERS (IOCSN)’
- ’ ALL CC INPUT/OUTPUT CONTROLLERS (IOCSN-STANDBY)’
- ’ ALL CIRCUITS; ALL TERMINALS’
- ’ ALL CIRCUITS’
- ’ ALL FIRMWARE PROCESSORS’
- ’ ALL LTUS’
- ’ ALL MESSAGE BUFFER UNITS (MBU)’
- ’ ALL MODULES OF LTU’
- ’ ALL SERVERS; INTERROGATE’
- ’ ALL TIMESLOTS OF ALL HIGHWAYS TO ALL LTUS OF ONE LTG’
- ’ ANY CIRCUIT’
- ’ ANY TIMESLOT ON ALL CSN-HWYS BETWEEN 2 LTGS’
- ’ BOARD-HIGHWAYS OF A LTU-SHELF’
- ’ CENTRAL SWITCHING NETWORK (CSN)’
- ’ CLOCK GENERATOR; INTERROGATION’
- ’ CHECK ALIVE TEST ON OPTISET TERMINALS’
- ’ COMMON CONTROL’
- ’ CONNECTION BETWEEN WAML BOARD AND ADP’
- ’ CONF; ALL CELLS OF ALL HIGHWAYS’
- ’ CONF; ANY CELL OF A SPECIFIED HIGHWAY’
- ’ CONF; ANY CELL OF ALL HIGHWAYS’
- ’ CONF; ANY CELL OF ANY HIGHWAY’
- ’ CONF; SPECIFIED CELL OF A SPECIFIED HIGHWAY’
- ’ CONF; STATUS WORD MICROPROCESSOR’
- ’ CONF’
- ’ CROSS CHANNEL; IEC BUS’
- ’ CROSS CHANNEL; INTERROGATION’
- ’ CROSS CHANNEL’
- ’ CSN HIGHWAY (LONG ROUTE); ALL TIME SLOTS’
- ’ CSN HIGHWAY (LONG ROUTE); ANY TIME SLOT’
- ’ DATA COMMUNICATION LINK; INTERROGATION’
- ’ DATA COMMUNICATION LINK’
- ’ DATA PROCESSOR; MULTIBUS TIMEOUT’
- ’ DATA PROCESSOR; STATUS OF PARTNER PROCESSOR’
- ’ DATA PROCESSOR; WATCHDOG COUNTER 0’
- ’ DATA PROCESSOR; WATCHDOG COUNTER 1’
- ’ DATA PROCESSOR’
- ’ DCM AND WORKSTATION SELFTEST’
- ’ DOUBLE DATA COMMUNICATION LINK; INTERROGATION’
- ’ DOUBLE DATA COMMUNICATION LINK’
- ’ FIRMWARE, COMMON CONTROL’
- ’ GSN/MTS IN THE STANDBY PART FOR MTS64-BOARDS’
- ’ INPUT OUTPUT CONTROLLER, GP’
- ’ INPUT OUTPUT CONTROLLER, GP’
- ’ INTERFACE PROCESSOR; INTERROGATION’
- ’ INTERFACE PROCESSOR’
- ’ INTERROGATE ALL CC INPUT/OUTPUT CONTROLLERS (IOCC)’
- ’ INTERROGATE ALL CC INPUT/OUTPUT CONTROLLERS (IOCC-ACTIV)’
- ’ INTERROGATE ALL CC INPUT/OUTPUT CONTROLLERS (IOCSN)’
- ’ INTERROGATE ALL CC INPUT/OUTPUT CONTROLLERS (IOCSN-ACTIV)’
- ’ INTERROGATE ALL MESSAGE BUFFER UNITS (MBU)’
- ’ INTERROGATE GP INPUT/OUTPUT CONTROLLER’
- ’ INTERROGATE GP INPUT/OUTPUT CONTROLLER’
- ’ INTERROGATE READY LINE OF PARTNER DATA PROCESSOR’
- ’ LINE CIRCUIT MODULE; STATUS WORD MICROPROCESSOR’
- ’ LINE CIRCUIT MODULE’
- ’ LINEPOWER TEST ON OPTISET TERMINALS’
- ’ LINE TEST BETWEEN SLMA BOARD AND SUBSCRIBER’
- ’ LTG’
- ’ LTU SPEECH HIGHWAYS; ANY TIME SLOT’
- ’ LTU; STATUS WORD MICROPROCESSOR’
- ’ LTU’
- ’ MEMORY; INTERROGATE 1-BIT ERROR DETECTION’
- ’ MEMORY; READING ALL CELLS’
- ’ MEMORY; READING ANY CELL’
- ’ MEMORY; RELEASE WRITE PROTECT MONITOR’
- ’ MEMORY; RELEASE 1-BIT ERROR’
- ’ MEMORY; RELEASE 2-BIT ERROR’
- ’ MEMORY: READ SPECIFIED CELL’
- ’ MEMORY’
- ’ MEMORYTEST’
- ’ MTS-64; READ TS ON ALL MTS-MODULES’
- ’ MULTIBUS’
- ’ PERIPHERAL SIU; LOOP ALL TRANSMITTERS TO ALL RECEIVERS’
- ’ PERIPHERAL SIU; LOOP ANY TRANSMITTER TO SPECIFIED RECEIVER’
- ’ PERIPHERAL SIU; LOOP SPECIFIED TRANSMITTER TO ANY RECEIVER’
- ’ PERIPHERAL SIU; LOOP SPECIFIED TRANSMITTER TO SPECIFIED RECEIVER’
- ’ PERIPHERAL SIU; MICROPROCESSOR STATUS WORD’
- ’ PERIPHERAL SIU’
- ’ PERIPHERY’
- ’ PHONE SELFTEST’
- ’ SCC DATA COMMUNICATION LINK; INTERROGATION’
- ’ SCC DATA COMMUNICATION LINK’
- ’ SCC-SIUCO MICROPROCESSORTEST’
- ’ SCC-SIUCO; ALL CELLS OF ALL HIGHWAYS’
- ’ SCC-SIUCO; ANY CELL OF A SPECIFIED HIGHWAY’
- ’ SCC-SIUCO; ANY CELL OF ALL HIGHWAYS’
- ’ SCC-SIUCO; ANY CELL OF ANY HIGHWAY’
- ’ SCC-SIUCO; ANY TRANSMITTER, ALL RECEIVERS’
- ’ SCC-SIUCO; ANY TRANSMITTER, SPECIFIED RECEIVER’
- ’ SCC-SIUCO; CONTINUANCE TONE TO ANY RECEIVER’
- ’ SCC-SIUCO; CONTINUANCE TONE TO SPECIFIED RECEIVER’
- ’ SCC-SIUCO; LOOP BACK TEST TRANSMITTER TO ANY RECEIVER’
- ’ SCC-SIUCO; LOOP BACK TEST TRANSMITTERS TO SPECIFIED RECEIVER’
- ’ SCC-SIUCO; LOOP CADENCED TONE TO ANY RECEIVER’
- ’ SCC-SIUCO; LOOP CADENCED TONE TO SPECIFIED RECEIVER’
- ’ SCC-SIUCO; LOOP SPECIFIC DIAL TONE TO ANY RECEIVER’
- ’ SCC-SIUCO; SPECIFIED CELL OF A SPECIFIED HIGHWAY’
- ’ SCC-SIUCO; SPECIFIED TRANSMITTER, SPECIFIED RECEIVER’
- ’ SCC-SIUCO; STATUS WORD MICROPROCESSOR’
- ’ SCC-SIUCO; STATUS WORD MICROPROCESSOR’
- ’ SCC-SIUCO’
- ’ SERVICE UNIT OF ONE LTG’
- ’ SIU; ANY TRANSMITTER, ALL RECEIVERS’
- ’ SIU; ANY TRANSMITTER, SPECIFIED RECEIVER’
- ’ SIU; CONTINUANCE TONE TO ANY RECEIVER’
- ’ SIU; CONTINUANCE TONE TO SPECIFIED RECEIVER’
- ’ SIU; LOOP BACK TEST TRANSMITTER TO ANY RECEIVER’
- ’ SIU; LOOP BACK TEST TRANSMITTERS TO SPECIFIED RECEIVER’
- ’ SIU; LOOP CADENCED TONE TO ANY RECEIVER’
- ’ SIU; LOOP CADENCED TONE TO SPECIFIED RECEIVERS’
- ’ SIU; LOOP SPECIFIC DIAL TONE TO ANY RECEIVER’
- ’ SIU; SPECIFIED TRANSMITTER, SPECIFIED RECEIVER’
- ’ SIU; STATUS WORD MICROPROCESSOR’
- ’ SIU/CONF-MICROPROCESSORTEST’
- ’ SIUCO; ALL CELLS OF ALL HIGHWAYS’
- ’ SIUCO; ANY CELL OF A SPECIFIED HIGHWAY’
- ’ SIUCO; ANY CELL OF ALL HIGHWAYS’
- ’ SIUCO; ANY CELL OF ANY HIGHWAY’
- ’ SIUCO; ANY TRANSMITTER, ALL RECEIVERS’
- ’ SIUCO; ANY TRANSMITTER, SPECIFIED RECEIVER’
- ’ SIUCO; CONTINUANCE TONE TO ANY RECEIVER’
- ’ SIUCO; CONTINUANCE TONE TO SPECIFIED RECEIVER’
- ’ SIUCO; LOOP BACK TEST TRANSMITTER TO ANY RECEIVER’
- ’ SIUCO; LOOP BACK TEST TRANSMITTERS TO SPECIFIED RECEIVER’
- ’ SIUCO; LOOP CADENCED TONE TO ANY RECEIVER’
- ’ SIUCO; LOOP CADENCED TONE TO SPECIFIED RECEIVER’
- ’ SIUCO; LOOP SPECIFIC DIAL TONE TO ANY RECEIVER’
- ’ SIUCO; SPECIFIED CELL OF A SPECIFIED HIGHWAY’
- ’ SIUCO; SPECIFIED TRANSMITTER, SPECIFIED RECEIVER’
- ’ SIUCO; STATUS WORD MICROPROCESSOR’
- ’ SIUCO-MICROPROCESSORTEST’
- ’ SIUCO’
- ’ SPECIFIED CIRCUIT; ALL TERMINALS’
- ’ SPECIFIED CIRCUIT; SPECIFIED TERMINAL’
- ’ SPECIFIED CIRCUIT’
- ’ SPECIFIED LTU’
- ’ SPECIFIED PCM-HWY’
- ’ SPECIFIED SERVER; INTERROGATE’
- ’ SPEECH HIGHWAYS; ALL TIME SLOTS’
- ’ SPEECH HIGHWAYS; ANY TIME SLOT’
- ’ SPEECH HIGHWAYS; SPECIFIED TIME SLOT’
- ’ STANDARD SCC-SIUCO’
- ’ STANDARD SIU’
- ’ STANDARD SIUCO’
- ’ SWITCHING NETWORK; READ ALL CONTROL MEMORY CELLS’
- ’ SWITCHING NETWORK; READ ANY CONTROL MEMORY CELL’
- ’ SWITCHING NETWORK; READ SPECIFIED CONTROL MEMORY CELL’
- ’ SWITCHING UNIT’
- ’ T1 MODULE’
- ’ THE RESET OF THE ATTENUATION HAS BEEN INITATED BY RTO’
- ’ THE TIMESLOT HAS BEEN SWITCHED OFF BY RTO’
 
(Test results (part B):
- ’ERROR : ANSWER DATA NOT PLAUSIBLE’
- ’ERROR : A TIMESLOT WAS FALSELY SWITCHED ON’
- ’ERROR : AT LEAST ONE TONE WAS NOT DETECTED BY RECEIVER’
- ’ERROR : BOARD CONTAINING THE DISTURBED TIMESLOT COULD NOT BE LOCALIZED’
- ’ADVISORY: CANNOT BE TESTED BECAUSE OF BASIC STATUS’
- ’ERROR : DISPLAY ERROR’
- ’ERROR : ERRONEOUS FUNCTION’
- ’ERROR : ERROR WHEN READING CLOCK CONFIGURATION REGISTER’
- ’ERROR : HARDWARE SUPERVISION CIRCUIT CANNOT BE RELEASED’
- ’ADVISORY: HIGHWAY TEST NOT ALLOWED FOR RMS SHELF’
- ’ERROR : INTERRUPT WHILE READING A FREE TIMESLOT’
- ’ERROR : MESSAGE EXCHANGE MONITORING TIMER TIMED OUT’
- ’ERROR : MESSAGE LOOPBACK TEST’
- ’ADVISORY: NO FREE PATH FOUND’
- ’ADVISORY: NO IDLE CODE-RECEIVER FOUND’
- ’ADVISORY: NO IDLE CODE-TRANSMITTER FOUND’
- ’ADVISORY: NO IDLE SIU RECEIVER FOUND’
- ’ADVISORY: OBJECT IS NOT OUT OF SERVICE’
- ’ERROR : LOOPBACK TEST FROM TDS PORT TO GSN NOT SUCCESSFUL’
- ’ERROR : NO RESULT MESSAGE FROM RECEIVER’
- ’ERROR : PARITY-ERROR (MDP3DM-BOARD)’
- ’ERROR : PARITY-ERROR (MDP486_DYN-BOARD)’
- ’ERROR : PARITY-ERROR (MDP486_STA-BOARD)’
- ’ERROR : PARITY-ERROR (M8M-MODULE)’
- ’ERROR : PARTNER NOT READY’
- ’ERROR : READ/WRITE-ERROR (DPML-BOARD)’
- ’ERROR : READ/WRITE-ERROR (MDP386_8M-BOARD)’
- ’ERROR : READ/WRITE-ERROR (MIP-BOARD)’
- ’ERROR : SELFTEST ERROR’
- ’ERROR : SIGNALCHANNEL ERROR’
- ’ADVISORY: TEST HAD TO BE ABORTED DUE TO INCOMING SEIZURE’
- ’ADVISORY: TEST IS NOT ALLOWED’
- ’ADVISORY: TEST NOT IMPLEMENTED’
- ’ADVISORY: TEST OBJECT INACCESSIBLE’
- ’ADVISORY: TEST OBJECT NOT ASSIGNED’
- ’ADVISORY: TESTING NOT POSSIBLE IN PARTNER LTG’
- ’ERROR : THE ATTENUATION WAS NOT RESETED’
- ’ERROR : 1-BIT ERROR OCCURRED (SELF-CORRECTING)’
- ’ERROR : LOOPBACK TEST FROM TDS PORT TO GSN NOT SUCCESSFUL’
- ’ERROR : 2-BIT ERROR OCCURED’
Additional data (part C):
SIU: LTG = aa LTU = b SLOT = ccc
TRANSMITTER: LTG = aa LTU = b SLOT = ccc FUNCTION = d
RECEIVER: LTG = aa LTU = b SLOT = ccc FUNCTION = d
TIMESLOT-INDEX = ee
STATUS : fffff / fffff / fffff / fffff / fffff

Value abbreviations: aa LTG Number 1-32
b LTU Number 1-99
ccc Slot 1-151
d SIU function 0-3
ee Timeslot 0-255
fffff Status

The status of the testobject will be displayed at test result
’ADVISORY: CANNOT BE TESTED BECAUSE OF BASIC STATUS’

Values for status are

NOGEN, AMO, LOCK, HIRAMO, SOFTLOCK, READY, UNACH,
UNACA, DEFECT, NPR, WBT, NL, TRS, WAIT, DEP, CP, CPH
If parts A (TEST) and B (ERRORS) cannot be determined within the program and thus no text output is possible, then additional data may be output. Some of this additional data is not pre-initialized by the RTO and may therefore be meaningless.
Example:
TEST : 7
ERROR : 42
OBJECT: LTG = 1 LTU = 2 PBC = 14
TRANSMITTER:LTG = 1 LTU = 3 SLOT = 13 FUNCTION = 1
RECEIVER: LTG = 1 LTU = 3 SLOT = 7 FUNCTION = 2
CSN: MTS = 1 HWY = 3 TIMESLOT = 20
DATA:
CIRCUIT = 4 B-CHANNEL = 1 MODULE TYPE = 14 STATUS = 147
HWY = 29 TIMESLOT = 21 TIMESLOT INDEX = 189 LOOPB = 3
QUANTITY = 49 ADDRESS = 136/30224
TONE = 12 PROCESSOR = 5 TSI = 3
Explanation:
TEST : Detailed test job which led to negative result.
ERROR : Test result
OBJECT : Test object (LTG, LTU and PBC number)
TRANSMITTER : Tone transmitter used for echoplexing
RECEIVER : Tone receiver used for echoplexing
CSN : Central switching network
LTG : Line/Trunk Group (1-32)
LTU : Line/Trunk Unit (1-99)
PBC : Peripheral Board Controller number (1-25)
SLOT : Slot (1-151)
FUNCTION : SIU funktion (0-3)
MTS : Memory time switch (1-7)
HWY : Highway number (0-127)
TIMESLOT : Timeslot (0-31)
CIRCUIT : Line circuit number (0-63)
B-CHANNEL : B-channel (0, B, B’)
MODULE TYPE : Line circuit module (SLMA, SLMD, OLMD, TMDE, TMBD...?)
STATUS : Status (0-255)
TS INDEX : Timeslot index (0-255)
LOOPB : Test loop (2A, 2B, 2C, 4, 5, 6)
QUANTITY : Number of 1-bit errors which occured (0-1023)
ADDRESS : Memory address (0-255 / 0-65535)
TONE : Numerical value of TONE power set (int.dial tone, busy tone,.?)
PROCESSOR : Processor (system unit) name (ADS, CM, VM1, TF1,...?)
TSI : Terminal selection identifier (1-8)
If an error message is output during a functional test which includes an echoplexing test step (echoing an external dial tone or a bit sequence), the SIU transmitter and receiver(s) used for echoing are specified in the error message displayed at the administration and maintenance terminal. For each SIU transmitter and receiver, the appropriate LTG number, LTU number, slot number and the SIU function are output. The SIU function is described with the appropriate value received by the RTO from DB_M_SIU_FKT_RNG (0-3), e.g. "FUNCTION = 1". This value does not usually need to be interpreted by maintenance personnel.
The DB_M_SIU_FKT_RNG values listed below are attributed to the various SIU transmitters or receivers as follows:
0 = Dial tone receiver (DTR) for external dial tones and cadenced tones.
1 = Test receiver (TESTR) for bit sequence echoing.
2 = Test transmitter (TESTS) for bit sequence echoing.
3 = Dial tone transmitter (DTS) for external dial tones and cadenced tones.
In some country-specific variants, the DTS may be allocated a different value.
OpenScape 4000 V10, Volume 1: AMO Descriptions, Service Documentation, Issue 5, ID: P31003H31A0S107057620
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