GTE Omni Si Database Technical Practices Manual

							TL-130200-1001IREGISTER STORED DATA VALUEI
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! RESPONSE CODEI
i 00-Task 1I; PutPECII INS
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I6ICIDI
IIEIHILI
I1 
PECNo.Ii OO=PECisUP I
IIAddress of TCBI
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II andRunning IIIII
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I 01 -Task 2I; Put PEC 00sfIII 02-Task 4I
II 
AllowSBYCEC Ii to Check PECII LeadsI
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II
I 03-Task 5I
i CheckSBYfI CEC-PECI
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5210
II1 
Ol=PECHas \i BadRAMI
( 02 = ControlfI LeadTestI
; FailurefI1 Address of Faulty 
Bytej
[ 01 =CPRST I
I 
02=Request I
; 03=10MS !IIIII
I. .
Ii 03=CommoniI Memoryisbad II Address of Faulty ByteiII
II
II
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fIi 04=DiskUnit 1I
IIIIIIt FailureftIIIII
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III
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II OS=StartII
IIIII
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; Unit FailureII
,
i 06=Channel iII
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I MemoryIII
II Failure onIIII
II StartupIIIII
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: PEC No.IIIAddress of TCBIII
II!IIIIIII; PEC No.IIAddress of KBIIIIIIIII
tIII
IIII
IIIIIIIIIII
; PEC No.1 OO=PECisUp IAddress of TCBIIII1 andRunning IIIII
III( 01 =PEC HasII
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IIBad RAM)1 Address of Faulty Byte;
IIIL
Figure 2.4Response Code/Quick Reference Guide
ah37M-37 
						

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tREGISTER STORED DATA VALUEI
II1I
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I1 RESPONSE CODE
II
BICIIDIEIHILI
II
II1
I II
:I II 02 =Controli; 01 =CPRST ;I
II I1 Lead TestII
! FailureII 02=Request IIII II; 03=10MS 1III IIII
II III 03=Common III
II II Address of Faulty Byte
II;: II MemoryisBad IIf
II
I:I IiIIII III1I.--04= Disk
I I
II II Unit FailureiIII
II IIII
II II ,z=StartIIII
I :iIIIUp FailureI
II
1I1. ;._II1
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II II 06=Chanel III
II I
I iMemory Failure III
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II onStartupIII
II IIII
! 04-Task 6: : PEC No.IIIAddress of TCBIIIi CheckSBYI i
i OO=PECisUpII andRunning rI
III CEC-PECI IIIII1 toINSI I
I II Ol=PEC Has 1r Address of Faulty ByteI
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II I; BadRAMII;
IIII
II IIII
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I II 02 = Controlf Ol=CPRST II
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ILead TestI! 02=Request II
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I II FailureII I1III
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f 03=lOMS ;
IIiI II
II I
I 03 = CommonI MemoryisBad IIAddress of Faulty ByteII;
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II I
II II 04=DiskIIIIIIIII
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I: IiUnit FailureIII
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III
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II Ii 05=StartIII
II I; Up FailureIIIII IIII
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I II 06 = ChanelII
III
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I II Memory Failure III
II III
II II onstartupIII
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I IIIII
I OS-Task 7I OO=MakeIII1 I PEC No.II I
; OOS--INSIAddress of TCBII1 StartIII IIII
I Communication I Ii 01 =MakeIII
i Between CECI IIIIIII
II I; 00%SBYIII
II I
II II TransitionIIIIII
I 06-Task 15I III
Address of TCBII1II
Call RecoveryI II
I IIII
II I0
IIIIr  07-Communica-i I ChannelIIIr tionschannel isI I No.II1  Back InsI IIII III IIII
/ 08-H/HC TapeI III III 
WriteSuccessful ; ;III
I 09-Power Re-I II: iII stored. NoSystem , II
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I Shut-down
I II
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Figure 2.4Response Code/Quick Reference Guide (Continued)
M-3881875210 
						

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fREGISTER STORED DATA VALUEI
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i RESPONSE CODEtIIBICIDIEI
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HILII1 
lo- Task 29I Agent Recovery;; AgentI OO=Rec.OK IAddress of TCBi No.ofIII’’ I.D.I FF= REC. FailIIII; Attempt, ,( (Agt--00s) ;i RecoveryII I, Attempts III IIII
: 1 I- CIP Port;;IPEC No.; 00 = CIP Port; Port No.I
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I StatusChange I I
to 00sI
III
II II
II
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II I
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t-; Ol=CIPPort ;I
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fI tI
Ito 1sIII tI
IIII. . . .
II IIO2=CIPPort III
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IIIII
IIII I
ItoMOOS ;I II
IIII 12-CIPCard1 1 PEC No.III I-,. f OO=CIPCardI Card No.I) Status ChangeII Ito 00s ;II III
III
III
II I
I If 01 =CIPCard ;IIII
IIto IS,II
: 13-ESPI III11 PreviousCurrent ESP, OF = DataII
I, , ESPState;IIII StateI Transm. to ESP1 begins at nextII
II I; 02 = m-ServiceII
II :Ii qtr. hourII
IIIIt III I, ID=DataII
II1
I III Transm. begins iII I, in two qtr. hours II
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I IIII
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Ii 14-SBY-CEC Dynamic; ; Not ApplicableI
; Data UpdatedII III
j 15-BLDUi ; PEC No.I
II; BLDU No.; Error Type *I,II I,l 00 = Out of synchronization
,tII II,01 = In synchronizationIIII,tII II02 = Negative acknowledgeII IIIIIi03 = Invalid kev identitvIII II I,04= Invalid BLDU numberI
Figure 2.4Response Code/Quick Reference Guide (Continued)
Response Code.Following are the response code descriptions listed in
Descriptionsnumerical order:
Response Code 00
This message is printed in response to an attempt to put the PEC
in service. Before loading or putting a PEC in service, perform
the following tests:
(1)Test all of the random access memory of the PEC.
(2)Test the control lead by clearing the response word in
common memory and sending a Central Processor Reset
signal (CPRST). Clear the CPRST signal. Check the
response word in common memory to verify that the reset
has occurred.
(3)Test the request lead by using the same procedure as
above.
5210
8187M-39 
						

							(4)Test the 10 ms interrupt line by using the same procedure
as above.
(5) Test the CEC-PEC common memory.
Register Stored Value
l Register B has the PEC number.
l Register C has a value of 00 through 06 (see Register C
value summary following Response Code 13). Value 00
indicates that the PEC has been successfully placed in
service and no further action is necessary.
NOTE: Other possible values for register C are explained where
applicable in the following response code?.
Response Code 06
Responds to a call recovery attempt and indicates that it was
completed.
RESPONSE CODE 08
Responds to the successful completion of the station status disk
write operation. It indicates that the station status dynamic data
was backed up on the disk in its entirety; This response is
posted after automatic write-on power failure or on maintenance
request operations. To write station status data on disk, refer to
maintenance request code 
2E, Response 08 does not use the
registers to convey information.
Response Code 09
Responds to the restored power after fault code 26 power failure
has occurred and indicates that there is no system outage before
power is restored. The station status memory may or may not be
backed up, depending on the power failure status. If the station
status write operation is in progress at the time of power
restoration, the operation will continue until completed. However,
if the operation has not begun, station status write operation will
not occur. Response registers are not used to convey
information.
81875210 
						

							5210TL-130200-1001
Response Code 10
Responds to an Agent Instrument recovery task. See fault code
28 description in the fault tables for conditions under which
recovery will be attempted. If register C indicates that the
recovery has failed, the Agent Instrument will be put out of
service. If the recovery action is successful, the Agent
Instrument will remain in its current state.
Response Code 11
Responds to placing an Integrated Featurephone CIP port in or
out of service, or in a (MOOS) Maintenance Out-Of-Service
busy state. When the port has failed for any reason, Fault Code_33 will be printed and the system will attempt a recovery (put
back in service). See Fault Code 33 description for the
conditions under which recovery will be attempted. If the
recovery attempt fails, the port (Integrated Featurephone) will be
put out of service.If the recovery attempt is successful, the port
will remain in its current state. The port is placed in MOOS state
when the Integrated Featurephone is in the process of
downloading.
Response Code 12
Responds to placing an Integrated Featurephone CIP card in or
out of service. See Fault Code 32 description for the conditions
under which the CIP card will change its state.
Response Code 13
This message indicates that the ESP state has been changed to
in service. This implies that MDR-ESP communications has
been established and that remote FADS data is transmitted to the
ESP as soon as the initial data collection period has ended.
Register B indicates the previous ESP state. Register C contains
the value 02 indication that the current ESP state is in service.
Register D indicates when remote FADS data collected for 
15minute periodic intervals begins to be transmitted to the ESP.
The value OF in register D indicates that data transmission
begins at the next quarter hour following the output of response
13. If D = 10, data transmission begins on the following quarter
hour. For example, response code 13 is received at 
9:05; if D =
OF, the data transmission begins at 
9:15; if D = 10, data
transmission will begin at 
9:30.
8187M-41 
						

							Response Code 14This message indicates that the standby 
CEC’s dynamic data
has been updated by the in-service CEC. This task is
performed whenever a CEC goes from out of service to standbyand response 14 indicates completion of this task. To ensure
dynamic data integrity between 
CECs, recent change and CEC
generic writes should not be performed until a response code 14
has been printed after a CEC goes standby.
Response Code 15
This message indicates that the BLDU status has been changedfrom out of service to in service or from in service to out of
service. Register B has the PEC number, register C has the
BLDU number, and register D has the error types.
81875210 
						

							TL-130200-1001Automatic Circuit2.1.4 The Automatic Circuit Assurance (ACA) log can be
Assurance Logdisplayed on the system TTY or CRT terminal by entering the
Request CommandsACA log commands. The ACA log is a record of the last 32
reports that were generated. A printout of these reports is
arranged in the same order that they occurred (earliest, first,
most recent, last). The commands for executing an ACA log
report are as follows:
This command prints ACA reports stored in the ACA log.
r-------------------------------------------------~IIIIIACA INS. or ACA INS DUMPI
II
L-----------------------------_----------~This command clears all reports in the ACA log.
r-------------------------------------------------~IIII
IACA INS CLEARI
II
L-------------------------------------------------~This command prints all ACA reports and then clears the log.
52108187
ACA INS DUMP CLEAR
M-43 
						

							ACA Log DisplayThe ACA report is printed on the maintenance terminal in the
following format:
/ SITE: AAAAMM/DDHH:MMI
ISHORT
IIITrunk GroupI
ITrunk Number
I
IShort Calls..-
IMinutes
. . .tIor
i SITE: AAAAMM/DDHH:MM
ILONGIII
ITrunk Group
fTrunk Number
ILong CallI
IMinutesACA CALL REPORT
xx
xxx
xx
xxx
ACA CALL REPORT
xx
xxx
--
xxx
II whereI
I SITE= Site identification
] MM/DD = Month/day
! HH:MM= Hour/minute
I Short Calls= Number of short trunk seizures
! Long Calls =1 MinutesLong trunk seizure
I= How long it took before the trigger threshold was reached
1I=>I
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Traffic Data21.5 The traffic data polling commands are used to request an
Polling Commandimmediate dump of the traffic data registers. Either the active or
passive registers can be polled. The active registers are the
registers used to store the results of the current traffic study
period and the passive registers store the data of the previous
traffic study period. Input format for the traffic polling commands
is shown below. The traffic data will be transferred without
header.
To poll the active registers, enter:
r-------------------------------------------------~II
I[CNTL] As # [CNTL] B.
IL-------------------------------------------------~“s” is defined as the ASCII representation of the hexadecimal
site identity (site ID) defined in the data base (Table T6041).
M-44
61875210 
						

							I L-l 30200-l 001
To poll the passive registers, enter:r-------------------------------------------------~III[CNTL] As ! [CNTL] 6.IL-------------------------_----____---------------------~NOTE: Depress and hold the CNTL control key while entering A
and 
B in the traffic data polling command. Do not depress the
CNTL key when entering s, 
#, or !.
Time tif Day/Traffic2.16 The Traffic Data (TD) commands provide a means of. . .Study Commanddisplaying and setting the time-of-day clock in the system, and
beginning and ending automatic traffic studies. The traffic data
scan rate, the format of and timing between traffic data reports,
. .and the site identification printed with each traffic data report are
all controlled by the data base. The format of a traffic data report
is shown in Figure 2.5.
The data base determines how frequently the system will
collect traffic information, and how often a traffic report will be
printed out (refer to data base software Table T6041). Note that
the automatic output indicator (Table T6041) must be set for the
reports to be generated continuously. The reports will continue
until terminated by the appropriate command. The traffic data
command input and output formats are shown in Table 2.2.
NOTE: The status command is used to display the current
reading of the time-of-day clock.
5210
8187M-45 
						

							LINE#CONTENTS (10 COUNTERS PER LINE)REG
TIME
OUTS
ATTENDTCONSOLE
LOOP
ATTEMPT
LOOP
USAGE000 ----
TOLL
RESTR;-E&T. x/C.INVALDID
NO.RESTR
0°’ lzDETINV
AN#KE%s ---.
002STILLBUSY;lg; ----!&.i%ELCALL
PARK
Oo3capELDLsLEVELLEVELTIME-------.1 WTG2 WTGOUT
004 
(2,ONSL.CON’& _-__ ____ ____ ____#2. . .005 CONSL. . . . .. . . . .. . . . .. . . .#1FNSL
MISC.006 LINEATTEMPTSDTMF‘%E -.CONF CALLTONE 
---.STOREDETEC
MISC.
USAGE007 ----
DTMFCONF CALLTONE ---.STOREDETEC
008 ----DTMFCONF CALLTONE ----
STOREDETEC
RING
ATTEMPTSRING
USAGE
RING
OVERFLOW
sLTAABRIOEY)
ILsAEBONLY)
LLsAEBONLY)
MISCINC TRK
CALLS
009 PECO ____ ____ ---- ---- ----
0’0 PECO ---- ___- _-__ ____ ____
011PECO ___- ____ ____ ---_ ____
012 KiiNCSCSN
CSATOOR%ssNN%SN%ED013 INV
PORTALR
QUEDINV
INVINVBAD
NETW STATEPORTLINK014 ----
-____________-----___015 
AIODBLOCKED i&YDMCL ____
HGC:!NWINT
LEVEL 3016 TGOO
017 
TGlO018 
TG20019 
TG30020 
TG40021 
TG50022 TG60
023 TGOO
024 
TGlO025 
TG20026 TG30
027 TG40
028 TG50
029 TG60
TGOlTG02TG03
TG04TG05
TGllTG12
TG13TG14TG15
TG21TG22TG23TG24
TG25
TG31TG32TG33
TG34TG35
TG41TG42
TG43TG44TG45
TG51TG52TG53
TG54TG55
TG61TG62TG63. . . . . .. . . . . .
TGOlTG02
TG03TG04TG05
TGllTG12TG13TG14TG15
TG21TG22TG23TG24TG25
TG31TG32TG33
TG34TG35
TG41TG42TG43TG44TG45
TG51TG52TG53TG54TG55
TG61TG62-,-G63 ____ ____CONF.
RESTRCALL
HOLD
____ACOF
RESTR
SILHOLD
----
DIGITT/OUT
____
____INV
AI-l-
-_-_
____
.,...
DIGIT
STORE
DIGIT
STORE
DIGIT
STORE
INV
TSINV
STATEINV
OFSTNOT
QUED
TSLOCK
____
TG06
TG16
TG26
TG36
TG46
TG56
. . . . . .
TG06
TG16
TG26
TG36
TG46
TG56
-__-TG07
TG17
TG27
TG37
TG47
TG57
TG07
TG17
TG27
TG37
TG47
TG57----
TGO6
TG16
TG26
TG36
TG48
TG58
TG08
TGl8
TG28
TG36
TG46
TG56----
TGO9
TGl9
TG29
TG39
TG49
TG59
. . . . . .
TG09
TGl9
TG29
TG39
TG49
TG59----
M-46Figure 2.5Traffic Register Layout81875210