GTE Omni Si Database Technical Practices Manual

5210TL-130200-1001
General Write2.3.2 The General Write (GW) command is used to change the
Commandcontents in memory at up to 16 consecutive memory locations
with the last change data entry followed by a period. The TTY
output will show the existing data in each memory location, the
new data to be entered, and a prompt when all requested
changes are displayed. If the changes are correct, the user
must enter Y followed by a period. If the changes displayed are
not correct, the user must enter N followed...

TL-130200-1001Bulk Input2.3.3 The Bulk Input (BI) command is used to change the data
Commandbase data memory at up to 8 memory locations which need not
be consecutive. End each address-entry (excerpt the last) with
a 
BI GW < memory > .End the last address-data entry with aperiod. After the last address-data entry and period are
entered, the TTY prints the existing data and the new data for
each address specified, followed by a prompt. If correct, the
user must enter Y followed by a period. If incorrect...

TL-I 30200-l 001
Hardware Write2.3.4 The Hardware Write (HW) command is used to write
Commandhardware addresses into the PEC > The list of changes can
include from 1 to 
16 data entries. The last data entry must be
followed by a period. The HW command format is as follows:
. . .
~-----------------------------------------------------------------------,IIIII  
l-j.W   I
II
IIII
IwhereI
I
II
II
I
< memory > =PO, PI, P2, P3, P4, P5, P6, P7IIIIII =Address written to or the beginningIIaddress of a string of...

TL-130200-1001. . .
r--------‘-------------------------------------------------~IIIMRxxnnIIIIII  xx 
aa (Y/N) > Y.Executed nnI
II
IIII  whereI
II
III
Ixx =
the request code.I__I
Inn =
a response code.I
I
laa =
a status command code.I
II  Y. is entered by the user.
I
I
L-------------------------------------------’---------------~
Maintenance Request
Codes
CODEPROGRAM
09
OE
OF
10
11
12
13
26Write system data base and PEC data base
Force the peripheral circuit to maintenance
busy
set the peripheral circuit...

TL-130200-1001MR Data Base2.4.2 When executed, maintenance busy codes remove
for Peripheral Circuitsindividual circuits from service so that maintenance can be
performed. the system data base is used to identify system
hardware and to designate its status. the characteristics of a
particular system are documented on a hard copy of the system
data base. the identity information needed by the system for a
maintenance busy code is:
@ PEC number (always 0)
. .
0 Circuit type (Table 2.9)
Q Software Code ID...

TL-130200-1001,Table 2241 )Table 2.10) has been filled in; the appropriatemaintenance busy code can be executed. the maintenance busy
codes and their functions are as follows:
l Code E 
- Forces a peripheral circuit to maintenance busy. If
a call using the specified circuit is in progress at the time the
maintenance request is made, the call is dropped.l Code F 
- Sets a peripheral circuit to maintenance busy as
soon as any calls using the circuit are completed.
-..l Code 10 - Sets a circuit which is...

a/12-
SOFTWAREBbD 87YElDENTIFICATIONg8bgg 8~g-a
CIRCUIT TYPECODERANGEt
k d tz...c3Trunk
100-7FS/%QDTMF Receiver
200-07&.&@aConference Bridge
300-01Console Interface400-o 1“hu@, if86 $ /Release Link Trunk
(RLT)500-o 1
KEDU600-04s-m/
’Printer700-04
__UnequippedF
L. . .LTable 3-3. Layout of Table T2241, Data Page 0.
BIT POSITIONSBYTE
1BYTE
2
11 

5210TL-130200-1001
Successfully entered combined commands such as
r--------------------------------------------,II1MREIL--------------------------------------------Awill receive response output such as
r---------------m-0-e-m________-__------e---e,I
I
MR OE EOIIL--------------------------------------------JIn summary:
MR =
Maintenance Request Command
OE =“FORCE” the Peripheral Circuit to Maintenance Busy
EO =
successful Completion
Disk Backup of2.4.3 The following room status dynamic data is backed onto...

TL-130200-1001
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