GTE Omni Si Database Technical Practices Manual

							LIST 0r
LIST OF TABLESPAGETABLE
PAGE 
PARAD-360 _
D-367 
_
D-373 ‘j *D-377 
_D-380
,_D-384
D-386
D-401D-404
D-41 1D-412 
J.L
D-41 6D-205
10.3Entry Fields for Record Code CR
D-207
10.4Entry Fields for Record Code EC
D-209
10.5Entry Fields for Record Code AS
D-21 110.6Entry Fields for Record Code TC
D-216
10.1Entry Fields for Record Code NA
D-21 810.2Entry Fields for Record Code DA
D-22111.1D-228
11.2D-232
11.3D-236
11.4D-240
11.5D-242
11.6D-244
11.7D-246
11.8D-247
11.9D-248
11.10D-249
11.11D-250
11.12D-254
12.1D-257
12.2
D-26113.1D-262
13.2D-263
13.3
D-26513.4D-269
14.1D-272
14.2TOPIC
Entry Fields for Record Code MR
Entry Fields for Record Code RP
Entry Fields for Record Code SI
Entry Fields for Record Code TR
Entry Fields for Record Code NR
Entry Fields for Record Code TP
Entry Fields for Record Code ST
Entry Fields for Record Code PC
Entry Fields for Record Code TN
Entry Fields for Record Code MS
Entry Fields for Record Code LP
Entry Fields for Record Code MO
Entry Fields for Record Code NT
Entry Fields for Record Code TD
Entry Fields for Record Code MD
Entry Fields for Record Code MT
Entry Fields for Record Code 
SlEntry Fields for Record Code S2
Entry Fields for Record Code CT
Entry Fields for Record Code TT 
						

							TL-130400-10
TL-130400-1001
TABLE
PAGEPARA--THIS PAGE IS INTENTIONALLY LEFT BLANK.
D-275I,%.1D-278
15.2 
_D-279
D-280
D-282
D-285
D-287
D-289
D-290D-292
D-296
D-297
D-30215.36
154.I
15.5
15.6
15.7
15.8A15.88
15.9A
15.9B
15.10D-305
16.1D-306
16.2D-309
16.3
D-31 116.4
D-31 616.5
D-31 816.6
D-31 
916.7D-320
16.8
D-32216.9D-324
16.10D-327
16.11
D-331
17.1
D-335
17.2D-342
17.3A
D-35617.3B ,
D-358
17.3c . 
						

							TL-130400-1001GENERAL
Generic Program
. . . .-.
CuSltgmer Data
Base Program
.I
Custom Engineered
Data Base1.0 The Fujitsu GTE Business Systems’ 
OMNI SI is controlled by
system software composed of the generic and customer data
base programs. The initial and update programming of the data
base is performed by the system.
1.1 The generic program contains the software instructions for
all of the features in the system. It is ordered by SVR (System
Version Release) along with the system hardware, and its
contents are the same at all sites using the same SVR.
1.2 The customer data base program contains all of the,
equipment, feature, and service parameters for the site. It is
programmed for each site before the site is placed in service.
Changes to an existing site configuration are made via data base
updates, Recent Change, and Manual Recent Change.
There are two ways of configuring the customer data base,
custom engineering or pre-engineering.
1.2.1 Information to be programmed into the custom data base
can be sent to FGBS Manufacturing Engineering six weeks
before system installation. It is checked, converted into loading
format, put onto a floppy disk, and returned to the job site. Once
the data is put on the disk, any changes must be entered on site
after loading.
Manufacturing Engineering uses CPG 
(Cust6mer Programming
Generator) computer programming to process customer data,
i.e., data specific to a job site. The data is entered on data
sheets and then processed by the CPG. This document
describes the format for all of the software programming data
sheets and gives instructions for completing them. Data sheets
are divided into related groups of data by record codes. Record
codes exist for lines, trunks, Attendant Console(s), features, and
the PD-200’” Data Option, as well as other categories. 
						

							TL-130400-1001. . .The CPG produces an error message for all data that is
incomplete. It checks for improper data format, invalid data
ranges, and data inconsistencies between fields. An engineer
from Manufacturing Engineering reviews the CPG program
print-outs after each program run. An error message guide
describes each error print-out in detail, and the engineer
decides on the corrective action to take. If clarification is
needed, Marketing Engineering or the site is contacted. The
engineer then inputs any changes to the stored data sheet record
x-code infor lation and returns it through the CPG program toL *recheck fierrors. This procedure is repeated until no errors
are found. The data is then converted into system memory
format, placed onto a floppy disk, and returned to the job site for
loading into the system.
. .
AdditionalIn addition to the floppy disk, the customer is provided with
Documentationseveral documentation listings for the site.
@ Error Summary Listing. This listing summarizes the errors
found in the input data base.
8 Customer Programming Records Listing. This listing
documents all of the data base programming values contained
in the CPG program input. It has approximately the same
format as the software data sheets.
9 Statistical Summary Listing. This listing summarizes the
results of the CPG processing for the site.
@ Alternate Sorts Listing. The line, trunk, and common port data
record codes from the CPG listing are printed in several
different orders.
0 Cable Pairs Listing. Wire pair color code and cable
designations are associated with physical locations for all lines
and trunks in the system.
0 Customer Memory Tables Listing. This listing shows a
formatted print-out of all of the site dependent memory tables
and their hexadecimal values.
Pre-Engineered1.2.2 An alternative to a custom engineered data base is a
Data Basestandard (pre-engineered) data base. The standard data base
comes in several sizes with pre-programed values. Loading the
standard data base into the system is done at installation.
Modifications to the data base can be made on site via Recent
Change.
The same type of CPG produced documentation is sent with a
pre-engineered data base as is sent with a custom engineered
data base. Any data base changes made on site must be added
to the CPG. 
						

							DATA SHEET
PREPARATION
Data Sheet
x-.1 *Design
Coding Conventions
Alphabetic, Numeric,
And Characters RulesTL-130400-I 00-l
2.0 This section contains instructions for providing data base
information. Software programming data sheets are required.
Data sheets are ordered under part number Fm-41395. A
single sheet for each record code is provided, with a maximum
of 64 entries per sheet. Because some record codes, such as
those for line or trunk circuits, require more entries than can be
provided for by one data sheet, copies of the data sheet must be
made.
2.1 The data sheets are designed as keypunch input forms, with
each line relating to an 80-column tab card image. If a record
code data sheet is not used for a given site, it must be marked
“N/A” and sent in as part of the total package of forms.
2.2 This paragraph provides information for filling in the data
sheets. The completed data sheets used for the 
OMNI SI are
referred to as record codes.
2.2.1 The following rules apply when filling out the data sheets:
l 1 denotes the numeral “one”
l i denotes the letter “eye”
e 2 denotes the numeral “two”
0 Z denotes the letter “zee”l 
D denotes the letter “dee” (it should not be rounded to look like
the numeral 0)
e U denotes the letter “you”
* Zeros must be slashed (0) to prevent keypunch errors due to
confusing zeros with the letter 0.
0 A dash (-) is used within the text to indicate a not applicable
condition.
- A blank entry is interpreted by the keypunch operator as an
overlooked field, and you will be contacted for an entry. This
will delay completion of the data base.
- A dash indicates that the field was not overlooked, but
requires no entry.
- When a dash is entered and the field has a default value,
that value is assigned by the 
CPG. 
						

							TL-130400-1001Record Code2.2.2 The following entries are found on the record code sheets:
Entries
0 Job Drawing Serial Number. This preprinted entry refers to a
prefix ID and the base number for an installation identity
number assigned by Manufacturing Engineering.
e Sequence Number. This preprinted entry, located in columns
7, 8, and 9, is used by the CPG to incorporate data sheet
information to generate the site data disk.
x-.1 *l Record Code. This preprinted entry, located in columns 10
and 11, refers to the type of features referenced on each data
sheet.
Directory Number‘2.2.3 When a four-digit number is used, enter (0000 - 9999).
A three-digit directory number is entered as (000 
- 999).
These entries are to be right justified in the four columns
provided. An example of a right justified three- and four-digit
numbering plan is shown in Table 2.1. Defining a three-digit
number requires a blank before the first digit. This is the only
application in which a blank is used in completing the record
‘codes.
Table 2.1 Directory Numbers
Three-Digit Directory Numbers
999(a blank comes before the number)
Card Slot2.24 The KS (Universal Card Slot) to PCS (Physical Card Slot)
numbering convention and comparison are given in Table 2.2.
I 
						

							Universal
Card SlotExpansion
File
Group C
(File C)
Y.
Groub D
(File D)
Get Started
File 
- ~-Group A
(File A)
Group B
(File 
8)TL-130400-1001
Table 2.2Universal Card Slots
000102030405060708094011
1917151311c4 
c5 c”G EY 2
222324
Cl c2 c3
c9 Cl0 Cl1
252627282930313233
343536DO Dl 
82 D304 D5D6D7D8D9 DlO Dll
18
1920212223242526
A0A2A4A6 A7 A8
A9 A10 All
2829
3031323334
36
BOB2 B3
B5 B6 B7 B8Ii:BllNOTE: Special physical location rules:
6 Tl uses group C card slots COl-C06.
- Minimally implemented:
12 circuits CO1 , C02, CO3
16 circuits 
COl, C02, C03, CO4
20 circuits 
COl, C02, C03, C04, CO5
- Fully implemented:
24 circuits 
COl, C02, C03, C04, C05, CO6
@ Off-premises line cards must be engineered as 1.2-inchcards.
@ Group A card slot 00 can only be used by a DTMF card, a
conference card, or cards used to terminate an LPB (Local
Packet Bus).
Suggested
Preparation Order2.2.5 The arrangement of the record codes for this SVR allows
them to be filled out in their existing order.
SW 52108187D-23 
						

							TL-130400-1001
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.  . 
						

							--.I *
._
SW 5210TL-130400-1001
FRAME IMAGE
3.0 This section describes Record Code FR. Record Code FR
lists the cards that are located in the universal cards slots of a
given system.
‘. 
						

							TL-130400-1001Record Code FR:3.1Record Code FR, Figure 3.1, lists the types of cards and the
Frame ImageFB (Functional Board) numbers of every occupied universal card
Cardslot in the system. Certain data parameters are specified in this
record code, depending on the type of card. From one to three
data parameters can be required per card. The parameters are
coded in three different identifier fields; however, some cards do
not require an entry in any of the three fields.
This record code provides a listing of all voice and data cards
used in the system. If the PD-200 Data Option is used in the
system, cards supporting that feature must be included on this
record code. The order in which the cards are listed on the
record code does not matter. All cards of a certain FB number
can be put together, or the cards can be listed as they appear in
‘* the system. When the information from this record code is
processed and returned as part of the CPG, all cards will be
listed as they appear within the system.
Since the maximum number of card slots in the 
OMNI SI is 41,
the maximum number of entries on this record code is 41. The T
tables used for storing the physical location of a card depend on
the card type. The various T tables affected for a given card type
are listed with the card type descriptions. The physical location
is used as an index into Table T6566. Table 3.6 provides
information on the maximum number of PD-200 Data Option
cards allowed in the system.
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: I
III
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III
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1I1 I8 III
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I:II
I0I
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III
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I
III ;I IIllI
I1 I1 I1 I1 I1 I1 I1 I1 I1 I1 I2 I2 I2 I2 12:;71*19101112l3141516171819101112131415-+-+-+-u-+-+-+-+-+-+-+-+-+-+-+-+-+-Ol1l2lFI~I I I I I I I I I I I I I I
-&--i--1-
-~-*-~--L-~-~--L-~-~-~- ’  L
TI
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12+-I
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+-+-+-+-I I I Ii
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T-T-T-t1313131
1718191
+-+-+-+I I I Ii 
I;I
-T-+-’ -41414
011 I211i-+-+-.I -I I II
-*-*-LA-
Figure 3.1
Record Code FR: Frame Image Card Data Sheet