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Chapter 2: Programming Requirements
J.
PI 9.xx
Authorization Items
Not utilized in the Coral SL and DX Common Control
(Relevant to Coral systems with MSX Common Control)
{V8.3x}
The Authorization set is assigned system-wide and determines the feature
implementation capabilities or feature access authorization for a customer.
The software authorization unit (SAU) contains a sequential serial number for
software authorization. This authorization includes the basic software usage
authorization, system sizing and specific feature usage authorizations. All
authorization information is included in a special diskette which is part of the
software installation set.
Any attempt to exceed limited or maximum numbers, e.g. sizing, will result in an
error message.
In the Coral with DX Common Control and Coral SL, all sizes are set to
the maximum size range and all features are enabled.
When a feature is not authorized in the system, any attempt to access that feature
results in the following message:
(feature name) is not authorized in the system.
In the following pages all options that are controlled by the authorization system
are assigned “Authorization Limit” or “Authorization Control”.
Any feature authorization upgrade can be performed by updating the system with
the contents of the authorization diskette having a serial number matching the
existing authorization unit (up to 31 upgrades).
An upgrade may also be performed by a full system installation provided a new
software set is available.
Full system installations provide 31 additional upgrades.
2-10
3
Installation
This branch presents certain system defaults, based on the Software Authorization
Unit, at the time of initial installation. Installation parameters configure the system
logic, allocate memory, establish default system sizes and set port and feature
defaults; all based on the type of system specified.
Installation and Feature Authorization display fields are described on the following
pages:
Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . p 3-1
Feature Authorization . . . . . . . . . . . . . . . . . . . p 3-3
!
Installation parameters are programmed automatically by the
manufacturer before all other parameters are programmed.
3-1
Chapter 3: Installation
PI 9.xx
Installation - Route: SYSGEN, 0 (or 0,0,0,0)
The following fields show the presently defined system type, and country of
installation. Used for display purposes only.
SYSTEM_TYPE
The parameter defines a set of countries or authorities with similar specifications.
Range:
0 (Most Countries), 1 (Special Applications), 2 (European system)
COUNTRY
Determines the country in which the system is installed. “USA” includes countries
using the American standard. This parameter determines several defaults including
display and grammar conventions, whether central office trunks default to loop start
or ground start, port dialing default is rotary or DTMF, special timers, etc.
System_Type 0
Range:
System_Type 1
System_Type 2
Range:
Range:
0 (USA), 1 (Israel and ROW), 2 (Mexico), 3 (Brazil),
4 (Venezuela), 5 (Argentina), 6 (China);
0/1/2: Consult Factory;
0 (Netherlands), 1 (Belgium), 2 (Germany), 3 (Spain)
4 (Hungary),5 (Greece), 6 (Australia);
3-2
PI 9.xx
Chapter 3: Installation
Feature Authorization - Route: FEAT,1
Displays the feature implementation capabilities on feature access authorization.
Two options are available (for more information see page 2-10):
0 - DISPLAY CURRENT
Displays the current authorization set, limitations and feature capabilities.
1 - DISPLAY NEW (DISKETTE) {V8.5x}
Displays the pending authorization set, on the installed authorization diskette,
which can be loaded for system upgrades.
DISPLAY CURRENT and DISPLAY NEW determine whether the feature is available
(see Table below). To activate a restricted feature, please see your dealer.
FEAT URE
RANG E
DESCRIPTI ON
Shows the maximum stations and trunks allowed in
the system. XXXX when defined, means that the limit
of individual type is equivalent to the number of ports.
1- PORTS
4000 (max)
2- KEYSETS
XXXX (or 1-4000)
3- SLTS
XXXX (or 1-4000) Note: The total of KEYSETS+SLTS+TRUNKS must be
4- TRUNKS
XXXX (or 1-4000)
5- ROUTING
YES/NO
Routing Access and Cost Calculation features.
6- DATA FEATURES
YES/NO
NO for Coral SL
Data Communications Features.
Access to data services by VDK and TIM units will be
denied. DIM units are available in any case.
7- SMDR BACKUP
YES/NO
Provides the system with a memory buffer for storage
of SMDR on-line records whenever the printer or log
device are unable to accept records.
8- 2nd LANGUAGE
YES/NO
Defines the extra languages that may be used by the
KEYSET displays.
9- 3rd LANGUAGE
YES/NO
10- 4th LANGUAGE
YES/NO
11- VFAC
YES/NO
Defines VFAC feature for outgoing calls.
12- PRI {V8.3x}
YES/NO
Enables PRI23 and PRI30 card operation when set to
Yes. Routing Authorization (above) must be set in
order to use PRI in the system.
13- ACD
YES/NO
Defines the ACD HUNT GROUP type features. When
the authorization is not present, only UCD groups are
available.
less than the number of PORTS.
3-3
Chapter 3: Installation
PI 9.xx
Feature Authorization - Route: FEAT,1
FEAT URE
RANG E
DESCRIPTI ON
14- HOTEL/MOTEL
YES/NO
Determines whether the following features are
accessible:
ROOM STATUS
CHECK IN/OUT
WAKEUP
CALL CHARGE
15- CAP
YES/NO
Enables a state-of-the-art Computerized Attendant
Position (CAP). When Authorization is not present,
only old PCC version 10.xx is available.
16- TRAFFIC (TAP)
YES/NO
Enables the installation of the Traffic Application
Package (TAP).
17- TBR {V8.5x}
YES/NO
Enables the installation of the 4TBR or 8TBR cards.
18- CoraLINK {V9.2x}
YES/NO
Enables the installation of the CLA or MCLA cards
used in order to operate the CoraLINK feature.
19- NETWORK {V9.2x} YES/NO
Enables ISDNet Setup. QSIG calls are enabled only
with Network Authorization.
20- DUPLICATION
{V9.5x}
YES/NO
N/A*
Enables a Coral III/4GC System setup with Duplication
Common Control.
21- CoralAIR {V9.5x}
YES/NO
Enables installation of the SKW cards thus providing
service for wireless telephones.
22- 4VS NO ANSWER YES/NO
{V9.5x}
Decides whether the Coral sends an answer signal to
the CO upon receiving incoming calls from the CO
depending on whether the call was answered by a
System Message (see DVMS, p.23-3).
23- CONF {V9.5x}
YES/NO
Enables the conversion of a CNF card from an 8 port
3-Way Conference Card (max: 8 simultaneous calls of
3 members) to a 2 port Conference Card (max: 2
simultaneous calls of 15 members).
24- SLT-VM {V9.7x}
YES/NO
Allow the incorporation of Voice Mail on ISTs and
SLTs by using the SLS peripheral cards instead of
E&M trunks.
25- CALL TRACE
{V9.7x}
YES/NO
Allows the Called Party or an Attendant to compile a
list of all incoming calls to the “Called” station. The
Attendant can compile a list for more than one station.
26- CALLER ID
{V9.7x}
N/A*
Enable the identification of the calling party’s number
when using analog trunks.
*N/A appears when the feature is not applicable to the particular system.
3-4
4
Size Definition
This chapter defines the system size parameters. In order to allocate the memory
resources efficiently, the SIZE topics are divided as follows:
Sizes Definition . . . . . . . . . . . . . . . . . . . . . . . . p 4-2
Sizes Tabulation . . . . . . . . . . . . . . . . . . . . . . p 4-13
System General Speed-Calls . . . . . . . . . . . . p 4-15
Music Sources. . . . . . . . . . . . . . . . . . . . . . . . . p 4-16
Time Slots (Coral III/4GC only) . . . . . . . . . p 4-20
Sizes Definition and Sizes Tabulation relate to the parameter sizes, updating,
displaying and tabulating the parameter sizes based on the different types of
keysets and system ports available.
System General Speed Calls (for DX Common Control only) displays information
for Private Libraries (speed calls) stating whether the memory location is on disk or
on the system memory. System General Speed Calls also define the number of
libraries available per extention.
Music Sources defines the music source set-up for the system and for individual
keyset users. Up to four different music sources are available.
Time Slots describes the number of time sots used system-wide and other hardware
installation considerations.
4-1
Chapter 4: Sizes
PI 9.xx
Sizes Def - Route: SIZ (or 0,0,0,1)
This chapter is used to set the system size parameters. Sizes must be programmed
before all other parameters.
!
Changing the “Size Def” parameters causes:
1) The system database (excluding installation, size table and
the MAX_DVMS_MSG field in SFE messaging) to return to
its default values.
2) The system to reset.
3) The interruption of all calls.
Size parameters allocate the Coral memory resources efficiently for a particular
installation. Modifying the size table utilizes unused memory space for active
features.
When making changes in the features listed in the following table, the changes are
temporary. The changes are only made permanent after entering Y for the Update field
at the end of the table. If Y was not entered for the Update field, the changes are saved
in the temporary memory. Upon returning to Size Definition, enter P in the DISPLAY
Pending_Changes parameter to save the pre-recorded changes permanently. Otherwise,
the changes are erased and the current system parameter values are displayed.
The following table describes examples of the maximum and default sizes for the
database memory that can be allocated for each type of Coral system. The sizes are
listed by items, such as SLT, DID, et. al.
CURRENT_Config (Default/Modified)
Shows whether or not a change was made in SIZE. If a change was made, the word
“MODIFIED” is shown. If no change was made, then the word “DEFAULT” appears.
the DEFAULT
To return tosee page 21-3. configuration, First Initialization must be
performed,
Range: Default/Modified
SYSTEM TYPE, COUNTRY
Shows the recently defined system type and country of the system.
(Display purposes only.)
Range: See Page 3-2
4-2
PI 9.xx
Chapter 4: Sizes
Sizes Def - Route: SIZ (or 0,0,0,1)
DISPLAY Pending_Changes (P) ?
Size Definition can be modified either during initialization or via the Pending Mode.
When modified via the Pending Mode the changes are temporary. Therefore,
initializing the system erases all temporary changes and resets the system. Pending
Mode definitions are lost because the data is written to a nonbacked-up RAM.
When the system is updated, however, data is written to the backed-up RAM.
Before entering SIZES, the system checks for a previous change that is still pending
if UPDATE was not done. Answering P causes the system to return to the previous
changes. Any other answer causes the system to ignore all entries previously made.
Entering P preserves the current pending changes. Entering any other key removes
the pending changes. DISPLAY Pending_Changes is usually utilized when you made
some changes, but forgot to perform the UPDATE operation.
Range: P/No;
Default: (Previous Changes Not Saved)
In the following pages:
•
•
!
All references to SVC apply only to CORAL I , CORAL II, CORAL III/SVC
and CORAL III/30 systems.
All references to 4GC apply to all CORAL III/4GC and CORAL with DX
Common Control systems regardless of the number of slots.
IMPORTANT !
The sizes listed in this database are established by program
default and can be changed.
The sizes are, however, ultimately limited by the SAU.
Changes may affect other sizes or operational relationships within
the system.
4-3
Chapter 4: Sizes
PI 9.xx
Sizes Def - Route: SIZ (or 0,0,0,1)
Table 4-1. Maximum & Default Values for Size Definition
Item
Coral Systems
Fun cti on
SL
Max Por ts
SVC
4 GC
Defined by Current
Authorization (SAU)
Display purposes only. Shows the maximum
stations and trunk capacity. The maximum number
of stations and trunks cannot be changed.
STATI ONS
Maximum
Stati ons
Maximum*
SLT
Default
Max Keysets
KEYSETS
1
Maximum*
Default
WIRELESS Maximum*
{V9. 5x}
Default
*
**
Defined by Current
Authorization (SAU)
Shows the current capacity for Magneto and Type
500 or Type 2500 standard Single Line Telephones
(SLTs).
48
16
16
Defined by Current
Authorization(SAU)
Defined by Max
Keysets
0
0
Maximum*
Default
KEYSETS
3
Display purposes only. Shows the maximum station
capacity for all SLT, EKT, DKT, DST, VDK and Wireless
stations. The maximum number of stations cannot be
changed.
Maximum*
Default
KEYSETS
2
Defined by Current
Authorization (SAU)
0
16
50
Shows the current keyset capacity for the following
sets: EKT 3XX, VDK 321, DKT 23XX, TIM.
Note: AA is identified as VDK321.
16
Shows the current capacity for portable handsets.
1536
200
Shows the current keyset capacity for the following
sets: EKT 2XX, VDK 221.
0
Defined by Max
Keysets
48
Shows the current keyset capacity for the following
sets: EKT 1XX, DIM, DKT 21XX, DKT 1XXX, DST,
VDK 121 and the VDM**.
0
Defined by Max
Keysets
0
Display purposes only. Shows the maximum keyset
capacity for all Wireless, EKTs, DKTs, DSTs, VDKs
and data interface modules (VDM, DIM and TIM). The
maximum number of keysets cannot be changed.
50
The maximum values in systems with MSX Common Control are set individually during Initialization by the
Authorization Unit.
The total number of KEYSETS 1, KEYSETS 2, KEYSETS 3 and WIRELESS cannot exceedMax Keysets.
The total number of SLT, KEYSETS 1, KEYSETS 2, KEYSETS 3 and WIRELESS cannot exceed Max Stations.
The 8SVD cards require 16 ports. Eight ports must be allocated under KEYSETS 1 and
another eight ports under either KEYSETS 1 or KEYSETS 3 for each 8SVD card.
The total number of current SLT, KEYSETS,WIRELESS and TRUNKS
cannot exceed the Max Ports value.
4-4
PI 9.xx
Chapter 4: Sizes
Sizes Def - Route: SIZ (or 0,0,0,1)
Table 4-1. Maximum & Default Values for Size Definition
Item
Coral Systems
Fun cti on
SL
SVC
4 GC
TRUNKS
Maxi mum Trunks
Display purposes only. Shows the maximum trunk
Defined by
Current Authorization capacity for all PRI, LGS, E&M and DID trunks. The
maximum number of trunks cannot be changed.
(SAU)
Maximum*
Defined by
Max Trunks
LG S
Default
30
Maximum*
DI D
8
Shows the current E&M trunk capacity for the
following card types:
4TEM, T1-E&M, 30T-E&M.
Defined by
Max Trunks
E&M
Default
8
30
4
Shows the current CO loop and ground start trunk
capacity for the following types of cards:
4T, 8T, T1-LS/GS, 30T-DOD, 30T-NONDID, GID,
ALS70-LS/DID/NONDID.
4
Maximum* Defined by Max Trunks Shows the current Direct Inward Dial (DID) trunk
capacity for the following card types: 8DID, 30T-DID,
Default
30
8
8
BID.
Maximum*
Defined by
Max Trunks
Shows the current Primary Rate Interface (PRI)
circuits for ISDN, or the number of B channels.
This parameter affects the maximum PRI 23/30
cards on PRI channels that can be installed (see
page 26-11).
For PRI23 enter 24.
For PRI30 enter 30.
PRI
(I SDN)
{V8. 3x}
Default
TBR
(I SDN)
{V8. 5x}
Maximum*Defined by Max Trunks Shows the current Basic Rate Interface (BRI)
Trunk circuits for ISDN, or the number of B
channels.This parameter affects the maximum
Default
32
0
0
4TBR and 8TBR cards on BRI channels that can
be installed (see page 26-11).
For 4TBR enter 8.
For 8TBR enter 16.
*
30
0
0
The maximum values in systems with MSX Common Control are set individually during Initialization by the
Authorization Unit.
The total number of LGS, E&M, DID, PRI and TBR trunks cannot exceed the Maximum Trunks value.
total number of current
TheMax Ports value. SLT, KEYSETS and TRUNKS cannot exceed
the
4-5