| 47.5. CTI Router Overview | ||
|---|---|---|
 | Chapter 47. CTI System |  |
| 47.5. CTI Router Overview | ||
|---|---|---|
| | Chapter 47. CTI System | |
The CTI Router is the module of ABILIS CTI System (CTISYS) which provides the call routing. As a simplified description we may say that CTI Router processes an incoming call in following steps:
It receives the call request;
It finds an appropriate routing;
It performs the outgoing call.
![[Important]](../images/important.png) | Important |
|---|---|
|
![[Note]](../images/note.png) | Note |
|---|---|
Note that |
The routing instructions are written in the "CTIR Routing table".
Below is an example of the CTI Routing table:
[15:51:05] ABILIS_CPX:d ctir
Last change: 26/10/2015 07:48:40 CET
---+------+-----------------+---------+--------------------+--------------------
PR |[DESCR]
|BCI |POI |SR |GI |OUT |CDI |CDO
ACT|NEXT |LAST |EEC |T301|CGI |CGO
EDT|SP |SC |DJ |MJ |FMDJ|FMMJ|SDI |SDO
|SPOUT |SCOUT|DJOUT|MJOUT|LCS |LCST|SGI |SGO
| |BCO |RGI |RGO
|FMRLY |FAXSP|MODSP|FMLVL|ECM |UDT |IG |OG |SG |DL |DH
|CODERS
|CODERSOUT
|TI1 .. TI5
--------------------------------------------------------------------------------
0 DATA Sl # # 501 * *
NO ANY NO Dft * *
64000 Sys Sys Sys Sys Sys * *
--------------------------------------------------------------------------------
1 VOICE * # G0 Antek 0?* *
NO ANY NO Dft * *
64000 Sys Sys Sys Sys Sys * *
--------------------------------------------------------------------------------
In the instructions are written the conditions which must be verified in the incoming call, and also the operations that must be applied to outgoing calls.
The instructions (priorities) in the CTIR table are numbered
(PR: 0, PR:
1, ...). The route with
PR:0 is the first checked by CTI
Router, the PR:1 is the second, the
last PR on the table is last verified CTI routing
priority.
Of the incoming call the CTI Router analyzes the characteristics and research (scrolling in sequence of the CTIR table) the statement that fulfills.
The variables of the incoming call that are evaluated for the selection of the CTIR priority are:
| Important |
|---|---|
All these characteristics must be fulfilled simultaneously. |
| Important |
|---|---|
Particular attention is needed for the evaluation of the called
number |
| Note |
|---|---|
Some parameters have the value |
When this happens, the call is forwarded to the destination after
applying the specified output operations in the same routing. If the
incoming call does not match any of the priorities, the CTI router returns
the error << No route to
destination>>.
The variables that are assigned in the forwarded call are:
Destination: OUT: output
group/port/cluster.
The type of output Bearer capability: BCO.
Addressing:
CDO:
output called address;
CGO:
output calling address;
The parameters concerning encoding or transcoding:
SPOUT:
Max preferred/allowed bit rate for the audio coder on output side
of direct transcoding;
CODERSOUT:
Preferred list of coders for this routing offered to called
side;
FMRLY:
Fax/Data relay activation;
etc.
The parameters related to packet transmission:
DJOUT:
default jitter buffer size output;
MJOUT:
maximum jitter buffer size output;
FMDJ:
Fax/Data default jitter buffer size;
FMMJ:
Fax/Data maximum jitter buffer size;
etc.
The parameters regarding to specific functions:
LCS: Last
Calling number Service;
LCST:
Last Calling number Service records Timeout;
EEC:
Extended Echo Canceller activation.
The parameters relating to call control:
T301:
alerting time-out;
UDT:
unconditional disconnect timer.
| Note |
|---|---|
Some parameters have the value |
You can also have alternate routes, useful when you want to have a secondary solution, when the primary route is unavailable.
For the management of alternative routes (instructions must be consecutive), there are two parameters:
NEXT:
selection cause for alternative routing;
LAST: last
failure reason for conditional match.
![[Tip]](../images/tip.png) | Tip |
|---|---|
Interesting chapter: Section 76.4.1, “How can I manage alternative CTI routings?”. |
To manage the CTI Router the following commands are used:
The d ctir ? command shows all available parameters.
| Tip |
|---|---|
Interesting chapter: Section 47.10.5, “CTI Debug Log (START LDME)”. |
The following table explains the meaning of those special values.
Table 47.2. Special characters and values available in CTI routing table
| Value | Description | Examples |
|---|---|---|
* | Can be used to replace a sequence of digits or a part of it (at the beginning or the end of a sequence). | CDI:*, CDI:2345*, CDI:*456 |
* | Identifies all CTIP ports ISDN, POTS, VPOTS, CELL. | POI:* |
* | Identifies all clusters. | SR:* |
** | Identify all CTIP ports, including special ones. The whole set is ISDN, POTS, VPOTS, CELL, Iax, Sip, Disa, Vo, Vm, Vr, Mix, Sl. | POI:** |
? | In a sequence of numbers, it can be used to mean “any digit”. | CDI:4??, CDI:???234, CDI:34??67, CDI:123? |
# | Means “NONE”. | CGO:# |
## | Forces disallow. | CGI:## |
n, nn,
nnn | Identify CTI ports ISDN, POTS, VPOTS, CELL. | OUT:31 |
Gn, Gnn | Identify CTI groups. | GI:G1 |
G* | Identifies "all groups". | GI:G* |
G0 | Includes the resources Disa, Sip, Iax, Vo. Read only. | GI:G0 |
PBX | CTI POTS Port group. | OUT:PBX |
Iax | IAX connection. | OUT:Iax |
Sip | SIP connection. | OUT:Sip |
Disa | DISA connection. | OUT:Disa |
Vo | Virtual Office connection. | OUT:Vo |
Vm | Voice Mail connection. | OUT:Vm |
Vr | Voice Recorder connection. | OUT:Vr |
Mix | Voice Mixer connection. | OUT:Mix |
SL | DATA connection. | OUT:SL |
'list' | Specification of an element list, type IN (list of ISDN numbers) or RU (Rule), or MR (Master Rule). | CDI:'node', CDI:'ToAbilis2' |
'list' | Identifies a list of clusters (list type EC). | SR:'clusterlist' |
'macro' | Macro functions. | CDO:'CDI.S2' |
<AUTO-I> ,
<AUTO-O> | Special value of OUT field. | OUT:<AUTO-I> , OUT:<AUTO-O> |
| Tip |
|---|---|
The characters |
| Tip |
|---|---|
See HELP ISDN VALUES for details on meaning of special values. [15:20:50] ABILIS_CPX: |
It shows the CTI routing table in a short format. If priority is omitted, the command shows all routings.
[12:06:58] ABILIS_CPX:d ctir
Last change: 16/06/2015 09:13:29 CET
---+------+-----------------+---------+--------------------+--------------------
PR |[DESCR]
|BCI |POI |SR |GI |OUT |CDI |CDO
ACT|NEXT |LAST |EEC |T301|CGI |CGO
EDT|SP |SC |DJ |MJ |FMDJ|FMMJ|SDI |SDO
|SPOUT |SCOUT|DJOUT|MJOUT|LCS |LCST|SGI |SGO
| |BCO |RGI |RGO
|FMRLY |FAXSP|MODSP|FMLVL|ECM |UDT |IG |OG |SG |DL |DH
|CODERS
|CODERSOUT
|TI1 .. TI5
--------------------------------------------------------------------------------
0 DATA * # # Sl * *
--------------------------------------------------------------------------------
1 TR PBX # # PBX 1? *
--------------------------------------------------------------------------------
2 VOICE # Abilis2 # 101 * *
NO ANY NO Dft * *
6400 Sys * * Sys Sys * *
--------------------------------------------------------------------------------Below the meaning of the most important parameters:
BCIBearer capability input [TR,
DATA, VOICE,
Speech, 3.1kHz,
UDI, RDI,
UDI-TA, Video]. The values
Speech, UDI, RDI, 3.1Khz, UDI-TA, Video are the regular ITU
values, while TR, DATA, VOICE are shortcuts for
combinations:
Speech: The bearer capability BC
speech is used for an ordinary voice call and the network may
route the call over analogue circuits and may use voice
compression, echo cancellation and echo suppression for
instance.
3.1kHz: The bearer capability BC
3.1kHz Audio is used for voice grade information, i.e. non
voice calls, but where the information is coded as analogue
signals within the 300 Hz to 3.1 kHz frequency band. This is
typically used for modems, e.g. ordinary data or
telefax.
UDI: The bearer capability 64 kbit
Unrestricted Digital Information (UDI.) is used for calls
where the information is digitally coded, i.e. data of some
description. This type of connection is often referred to as
Clear Channel. It can for instance be a Video application or a
Group four fax.
RDI: The bearer capability 64 kbit
Restricted Digital Information (RDI) is digitally coded
information at 56 kbit/s. The reason for this bearer
capability is some American 1.5 Mbit CAS networks. This BC is
used in the same way as the BC 64 kbit Unrestricted. Some
networks charge less for this type of call than for a full 64
bit unrestricted. This BC is only supported in US ISDN
protocols, thus making international calls with the bearer
capability impossible.
TR = any value.
DATA = UDI, RDI.
VOICE = Speech, 3.1kHz.
![[Warning]](../images/warning.png) | Warning |
|---|---|
Please do not confuse
|
POIInput port/group [#, *, **, G*, G0..G32, PBX, 1..600, Sl, Iax, Sip, Disa, Vo], where:
* = Any CTI port
ISDN/POTS/VPOTS/CELL;
** = Any CTI port, including Iax,
Sip, Disa, Vo.
SRInput cluster/group [#, *, G*, G0..G32, cluster name or EC/RU/MR list name between single quote]. The cluster name must correspond to an existing CTI cluster. The list name must correspond to an existing EC/RU/MR list.
GIInput group [#, G*, G0..G32].
| Important |
|---|---|
Any position in the group is suitable for match. |
OUTOutput group/port/cluster [#, G0..G32, PBX, 1..600, Iax, Sip Disa, Vo, Vm, Mix, Sl, <AUTO-I>, <AUTO-O>, cluster name]. The cluster name must correspond to an existing CTI cluster.
<AUTO-I> : by specifying this
value in OUT, the routing will be matched
according to the standard rules. The destination cluster will
be chosen by comparing the field CDI with
the NUMs set in each cluster. When the match is found, the
corresponding cluster will be the real destination of the
call.
<AUTO-O> : by specifying this
value in OUT, the routing will be matched
according to the standard rules. The destination cluster will
be chosen by comparing the field CDO with
the NUMs set in each cluster. When the match is found, the
corresponding cluster will be the real destination of the
call.
| Tip |
|---|---|
Interesting chapters: Section 47.4.2, “NUM and NUMx parameters for outgoing calls”. |
CDIInput called address [0..9, *, #, ?, 'list'], optionally preceded by TON [u, i, n, o, s, h, c] and/or NP [x, e, d, t, l, p] attributes, or [##, $]. (E.g.: 123, 123*, 12?, 12?*, *, #, ##, $, 'listname', 123'listname') See HELP ISDN ATTRIBUTES for details on attributes. See HELP ISDN VALUES for details on meaning of special values.
In traditional telephone systems, dialing is performed one
digit at a time. As there is no indication that the number is
ended, the router must search the CTIR routing after each received
digit. This mode is called "PREFIX", which is
activated with the parameter ROUTING:
PREFIX in CTISYS resource. In this mode
the numbers follow the rules of the prefixes, for example if there
is a complete destination by the number 02251 the number is
"closed" to the reception of << 1 >>, for which the
addition of further numbers will not have any effect (or call
02251 or 022 512 will be the same thing).
The management of numbers in PREFIX is a
little more complicated and a little less natural than the mode
"EN-BLOC". To activate it is needed to change
the parameter ROUTING:
EN-BLOC of CTISYS resourse. Precisely
because the number consists of arriving digits, it's normal to
have an intermediate situation in which there is a routing that
partially satisfies the dial number, and other routings that could
satisfy it, when we will add more digits.
When using the PREFIX mode, you can still
receive a call with the number already closed (e.g. SIP and IAX
send only closed numbers), in this case the routing can or
satisfy, or not satisfy at all, never will fit partially.
CDOOutput called address [0..9, *, #, 'macro'], optionally preceded by TON [u, i, n, o, s, h, c] and/or NP [x, e, d, t, l, p] attributes. (E.g.: 123, *, #, 123'cdi', 'cdi'123'cgi.s5', 'sdi', ''listname'', ''listname.cd'', ''listname.cg'.s2', ''listname'.s5') See HELP ISDN ATTRIBUTES for details on attributes. See HELP ISDN VALUES for details on meaning of special values.
| Tip |
|---|---|
Interesting chapter: Section 47.5.6, “Macro functions”. |
CGIInput calling address [0..9, *, #, ?, 'list'], optionally preceded by TON [u, i, n, o, s, h, c] and/or NP [x, e, d, t, l, p] and/or PI [a, r, m, q] and/or SI [y, v, w, z, j] attributes, or [##, $]. (E.g.: 123, 123*, 12?, 12?*, *, #, ##, $, 'listname', 123'listname') See HELP ISDN ATTRIBUTES for details on attributes. See HELP ISDN VALUES for details on meaning of special values.
CGOOutput calling address [0..9, *, #, 'macro'], optionally preceded by TON [u, i, n, o, s, h, c] and/or NP [x, e, d, t, l, p] and/or PI [a, r, m, q] and/or SI [y, v, w, z] attributes. (E.g.: 123, *, #, 123'cdi', 'cdi'123'cgi.s5', 'sdi', ''listname'', ''listname.cd'', ''listname.cg'.s2', ''listname'.s5', 12''listname''34) See HELP ISDN ATTRIBUTES for details on attributes. See HELP ISDN VALUES for details on meaning of special values.
SDIInput called sub-address [AlphaNumExt, *, ?, #, ##, $, 'list']. (E.g.: ho11, me1*, ho??12?, ho?12?*, *, #, 'listname', AA'listname') See HELP ISDN VALUES for details on meaning of special values.
SDOOutput called sub-address [AlphaNumExt, *, #, 'macro']. (E.g.: home123, *, #, home123'sgi', 'sgi'home123'cdi.s5', 'sdi' ''listname.cd'', ''listname.cg'.s2', ''listname'.s5', AAA''listname.cd'', AAA'sdi'BBB''listname'.s5') See HELP ISDN VALUES for details on meaning of special values.
SGIInput calling sub-address [AlphaNumExt, *, ?, #, ##, $, 'list']. (E.g.: ho11, me1*, ho??12?, ho?12?*, *, #, 'listname', AA'listname') See HELP ISDN VALUES for details on meaning of special values.
SGOOutput calling sub-address [AlphaNumExt, *, #, 'macro']. (E.g.: home123, *, #, home123'sgi', 'sgi'home123'cdi.s5', 'sdi' ''listname.cd'', ''listname.cg'.s2', ''listname'.s5', AAA''listname.cd'', AAA'sgi'BBB''listname'.s5') See HELP ISDN VALUES for details on meaning of special values.
RGIInput redirecting address [0..9, *, #, ?, 'list'], optionally preceded by TON [u, i, n, o, s, h, c] and/or NP [x, e, d, t, l, p] and/or PI [a, r, m, q] and/or SI [y, v, w, z, j] attributes, or [##, $]. (E.g.: 123, 123*, 12?, 12?*, *, #, ##, $, 'listname', 123'listname') See HELP ISDN ATTRIBUTES for details on attributes. See HELP ISDN VALUES for details on meaning of special values.
| Tip |
|---|---|
Interesting chapter: Section 47.7, “Redirecting”. |
RGOOutput redirecting address [0..9, *, #, 'macro'], optionally preceded by TON [u, i, n, o, s, h, c] and/or NP [x, e, d, t, l, p] and/or PI [a, r, m, q] and/or SI [y, v, w, z] attributes. (E.g.: 123, *, #, 123'cdi', 'cdi'123'cgi.s5', 'sdi', ''listname'', ''listname.cd'', ''listname.cg'.s2', ''listname'.s5', 12''listname''34) See HELP ISDN ATTRIBUTES for details on attributes. See HELP ISDN VALUES for details on meaning of special values.
BCOBearer capability output [*, Speech, 3.1Khz,
UDI: Unrestricted Digital Information, RDI:
Restricted Digital Information, UDI-TA:Unrestricted Digital
Information with Tones/Announcement, Video]. Refer to BCI for more information
about Bearer Capability.
NEXTAlternative routing selection [N (or
NO), U (or
UNLIMITED), L (or
LIMITED), T (or
TRANSFERT), BB (or
BUTBUSY)] or the name of ICAUSE/RU/MR list
between single quotes (E.g.: T or BUTBUSY or 'my_causes'). The
admitted values are the following:
N (or No): in the
event of failure of the routing, no procedure for seeking an
alternative routing is put into effect.
L (or Limited):
next routing is evaluated only for internal causes, i.e. those
with location=0xFF (i.e. network out of service, all channels
engaged, etc…).
U (or Unlimited):
next routing is evaluated for every cause except: 0x91 (user
busy) or 0x93 (no user responding, user alerted).
T (or Transfer):
next routing is always evaluated.
BB (or ButBusy):
next routing is evaluated for any reason except BUSY.
'my_causes' the name of ICAUSE/RU/MR
list.
| Tip |
|---|---|
Interesting chapter: Chapter 85, Disconnection codes. |
LASTAlternative routing, last failure reason for conditional
match [ANY, BUSY,
NOANS, OTHER] or the name of
ICAUSE/RU/MR list between single quotes (E.g.: NOANS or
'my_causes').
T301Alerting time-out [Dft, 5..180 sec.]. When the time-out expires, administrator may choose to end the call or carry out a search for an alternative routing by configuring the NEXT parameter. [Dft (default): this time-out corresponds to the time-out defined by the Provider of the ISDN line or by the devices (i.e. PABX) connected to the Abilis].
UDTUnconditional disconnect timer [NO, 1..9999 sec].
LCSEnable/disable Last Calling number Service [NO, YES].
LCSTLast Calling number Service records timeout [Sys, NONE, 1..999 hour].
EECExtended echo
canceller activation [NO: No echo
canceller, IN: Echo canceller on input side,
OUT: Echo canceller on output side,
BOTH: Echo canceller on both side].
FMRLYFax/Data relay [NO, YES, Sys].
| Important |
|---|---|
To use the transcoding by MCD or SWAC is necessary to set
the |
DJDefault jitter buffer
size [*, Sys, 0..1000 ms]. It must be minor or equal to
MJ.
MJMaximum jitter buffer size [*, Sys, 0..1000 ms]. It must be
major or equal to DJ.
| Tip |
|---|---|
As is well known, Internet lines are affected from latency and time arrival variation of frames caused by network congestion, timing drift, or route changes (this is the definition of jitter). When Internet lines are used for the VoIP application, it's fundamental to set the properly CTISYS parameter to obtain good results and good quality communication. The jitter buffer is
managed by Generally, on lines with a low time arrival variation of
the frames, good values can be:
|
DJOUTDefault jitter buffer size output [*, Sys, 0..1000 ms]. It
must be minor or equal to MJOUT.
MJOUTMaximum jitter buffer size output [*, Sys, 0..1000 ms]. It
must be major or equal to DJOUT.
FMDJFax/Data default jitter buffer size [Sys, 0..1000 ms].
FMMJFax/Data maximum jitter buffer size [Sys, 0..1000 ms].
SCSilence compression [NO, YES, Sys].
SPVoice compression bit rate [5300, 6000, 6300, 6400, 7200, 8000, 8800, 9600, 11200, 13200, 13340, 15200, 16000, 18400, 24000,24800, 32000, 40000, 64000 bps].
CODERSAllowed coders [* or Sys or NONE or a list of one or more coder values (see below)]. The available coders are [Transp, G.711, G.726, G.727, GSM6.10, Spirit, G.723.1, G.729A, ILBC, SPEEX, G.711A, G.711u]. Values can be joined using "," operator. The position in the list defines the preference order. The right-most value is the one with the lowest preference.
CODERS:* : accepts
in input all the coders;
CODERS:Sys :
accepts in input only the coders specified in the CTISYS resource;
CODERS:<specific
coder> : accepts in input only the indicated
coder. You can also specify several coders (divide their
name/code with a comma ,);
CODERS:<coder
list> : accepts in input only the coders
indicated in the list.
| Tip |
|---|---|
The coder position, inside the coders list in the CTISYS resource, defines the order of preference. The right-most value is the one with the lowest preference. |
SPOUTMaximum preferred/allowed bit rate for the audio coder on output side of direct transcoding [*, 5300, 6000, 6300, 6400, 7200, 8000, 8800, 9600, 11200, 13200, 13340, 15200, 16000, 18400, 24000, 24800, 32000, 40000, 64000 bps].
| Warning |
|---|---|
If you set
|
CODERSOUTPreferred list of coders for THIS routing offered to called side [* or Sys or NONE or *,Sys or a list of one or more coder values (see below) or *, list] The available coders are [Transp, G.711, G.726, G.727, GSM6.10, Spirit, G.723.1, G.729A, ILBC, SPEEX, G.711A, G.711u]. Values can be joined using "," operator. The position in the list defines the preference order. The right-most value is the one with the lowest preference.
CODERSOUT:*,Sys :
adds, in output, to the coders already present in input, the
set described in the CTISYS
resource;
CODERSOUT:Sys :
allows to use, in output, only the coders described in the
CTISYS resource;
CODERSOUT:<specific
coder> : enables, in output, only the chosen
coder. You can also specify many coders (divide their
names/codes with a comma ,);
CODERSOUT:*,<coder
list> : adds, in output to the already present
coders, the coders indicated in the list; you can also only
specify the list;
CODERSOUT:<coder
list> : enables to use in output only the coders
present in the list.
| Tip |
|---|---|
The coder position, inside the coders list in the CTISYS resource, defines the order of preference. The right-most value is the one with the lowest preference. |
TI1:..TI5Time interval in the format "day,hh:mm-hh:mm", where 'day' can be:
a single day of the week [MO, TU, WE, TH, FR, SA, SU];
a set of days of the week (E.g.: MO+TH or TU+TH+SU);
a range of days of the week (E.g.: MO-WE or TH-SU);
a date in the format "dd/mm/yy", where
'dd' can be [*, 1..31];
'mm' can be [*, 1..12];
'yy' can be [*, 0..99].
(e.g. 23/12/13 or 31/12/* or 1/*/* or */8/* or 1/04/*)
begin and end date separated by '-', i.e. "d1/m1/y1-d2/m2/y2", where
d1' and 'd2' can be [*, 1..31];
'm1' and 'm2' can be [*, 1..12];
'y1' and 'y2' can be [*, 0..99].
(e.g. 23/12/13-07/01/14 or 23/12/*-07/01/* or 01/*/*-5/*/*)
"ALL".
Default values are TI1:ALL,00:00-23:59 and TI2...TI5:#: routing is valid on all days
of the week (ALL) throughout the day (from 00.00 to 23.59). The
value # on
other TI means that the time intervals are disabled.
| Note |
|---|---|
The d ctir ? command shows all available parameters. |
By specifying a priority value, the command shows the routing identified by specified priority:
[12:07:00] ABILIS_CPX:d ctir pr:2
Last change: 16/06/2015 12:23:13 CET
---+------+-----------------+---------+--------------------+--------------------
PR |[DESCR]
|BCI |POI |SR |GI |OUT |CDI |CDO
ACT|NEXT |LAST |EEC |T301|CGI |CGO
EDT|SP |SC |DJ |MJ |FMDJ|FMMJ|SDI |SDO
|SPOUT |SCOUT|DJOUT|MJOUT|LCS |LCST|SGI |SGO
| |BCO |RGI |RGO
|FMRLY |FAXSP|MODSP|FMLVL|ECM |UDT |IG |OG |SG |DL |DH
|CODERS
|CODERSOUT
|TI1 .. TI5
--------------------------------------------------------------------------------
2 VOICE PBX # # Abilis2 'ToAbilis2' *
--------------------------------------------------------------------------------
The routings are scanned in sequence starting from the lowest priority. When a call arrives, all its parameters are compared with the rules of the table. The one which satisfies all the parameters will be matched; otherwise, the CTI Router will go on with the scan.
The command d ctire shows an extended view of the CTI routings:
[12:07:19] ABILIS_CPX:d ctire pr:2
Last change: 16/06/2015 12:23:13 CET
-------------------------------------------------------------------------------
PR:2 DESCR:
ACT:YES EDT:NO BCI:VOICE BCO:* EEC:NO
NEXT:NO POI:PBX SR:# GI:# OUT:Abilis2
LAST:ANY CDI:'ToAbilis2' CDO:*
T301:Dft CGI:* CGO:*
UDT:NO SDI:* SDO:*
LCS:NO SGI:* SGO:*
LCST:Sys RGI:* RGO:*
IG:Sys OG:Sys SG:Sys DL:Sys DH:Sys
FMRLY:Sys FAXSP:AUTO MODSP:AUTO FMLVL:Sys FMDJ:Sys FMMJ:Sys
SP:6400 SC:Sys DJ:Sys MJ:Sys ECM:SYS
CODERS:Sys
SPOUT:* SCOUT:* DJOUT:* MJOUT:*
CODERSOUT:*
TI1:ALL,00:00-23:59 TI2:# TI3:# TI4:# TI5:# The meaning of the routing: if a call comes from any POTS or VPOTS
(POI:PBX), the called number
belongs to the list
ToAbilis2
(CDI:'ToAbilis2'), routes it to
the cluster Abilis2.
Viewing CTIR rules in a reduced format can be done using:
[11:19:20] ABILIS_CPX:d ctirr pr:1
Last change: 16/06/2015 12:23:13 CET
---+------+-----------------+---------+--------------------+--------------------
PR |[DESCR]
|BCI |POI |SR |GI |OUT |CDI |CDO
ACT|NEXT |LAST |EEC |T301|CGI |CGO
EDT|SP |SC |DJ |MJ |FMDJ|FMMJ|SDI |SDO
|SPOUT |SCOUT|DJOUT|MJOUT|LCS |LCST|SGI |SGO
| |BCO |RGI |RGO
|FMRLY |FAXSP|MODSP|FMLVL|ECM |UDT |IG |OG |SG |DL |DH
|CODERS
|CODERSOUT
|TI1 .. TI5
--------------------------------------------------------------------------------
21 VOICE Sip # # PBX 5?? *
NO ANY NO Dft * *
64000 Sys Sys Sys Sys Sys * *
* * * * NO Sys * *
* * *
Sys AUTO AUTO Sys SYS NO Sys Sys Sys Sys Sys
Sys
G.711
--------------------------------------------------------------------------------The meaning of the routing: if call comes from CTISIP resource and the called number is made of three digits, starting with 5, the call is routed toward the special group PBX. The parameter SP is set to 64000 and the parameter CODERS is set to G.711, so only SIP call using this codec will be accepted.
| Tip |
|---|---|
Interesting chapter: Section 47.10.5, “CTI Debug Log (START LDME)”. |
Using filters may help to search the desired rule/rules.
[15:52:50] ABILIS_CPX:d ctire ?
D CTIR[E|R] Display all CTI Routings
D CTIR[E|R] filter:val [filter:val] Display any CTI Routing matching the
specified filter(s)
Allowed filters:
PR: CTI routing priority. <Optional>
One value in the range [0..255] or a range of values 'xx-yy'
or a list of values 'xx,yy,...' separated by ',' (comma) or
"A" or "ALL".
DESCR: Scan the description for the occurrence of the given <Optional>
substring. Case-insensitive match.
From 0 up to 70 Alphanumeric extended characters.
Spaces are allowed. Strings holding spaces must be written
between quotation marks (E.g. "str1 str2").
BCI: Bearer capability input [TR, DATA, VOICE, Speech, UDI, <Optional>
RDI, 3.1Khz, UDI-TA, Video]
POI: | Input port/group [#, *, **, G*, G0..G32, PBX, <Optional>
| 1..600, Iax, Sip, Disa, Vo, Sl]
SR: | Input cluster/group [#, *, G*, G0..G32, cluster name <Optional>
| or EC/RU/MR list name between single quote], or a string
| preceded and/or followed by '*' (E.g.: "*mystr" or
| "mystr*" or "*mystr*") or "*".
GI: | Input group [#, G*, G0..G32] <Optional>
| These filters are alternatives to IN.
IN: Input group/port/cluster. <Optional>
This filter is alternative to POI, SR, GI.
See POI, SR, GI for the range.
OUT: Output group/port/cluster [#, G0..G32, PBX, 1..600, <Optional>
Iax, Sip, Disa, Vo, Vm, Mix, Sl, <AUTO-I>, <AUTO-O>, cluster
name], or a string preceded and/or followed by '*' (E.g.:
"*mystr" or "mystr*" or "*mystr*") or "*".
CTI routing parameter(s):
...
The below command filters all rules whose BCI
is VOICE and OUT is PBX:
[15:03:40] ABILIS_CPX:d ctir bci:voice out:pbx
Last change: 16/06/2015 12:23:13 CET
---+------+-----------------+---------+--------------------+--------------------
PR |[DESCR]
|BCI |POI |SR |GI |OUT |CDI |CDO
ACT|NEXT |LAST |EEC |T301|CGI |CGO
EDT|SP |SC |DJ |MJ |FMDJ|FMMJ|SDI |SDO
|SPOUT |SCOUT|DJOUT|MJOUT|LCS |LCST|SGI |SGO
| |BCO |RGI |RGO
|FMRLY |FAXSP|MODSP|FMLVL|ECM |UDT |IG |OG |SG |DL |DH
|CODERS
|CODERSOUT
|TI1 .. TI5
--------------------------------------------------------------------------------
21 VOICE Sip # # PBX 5?? *
NO ANY NO Dft * *
64000 Sys Sys Sys Sys Sys * *
* * * * NO Sys * *
* * *
Sys AUTO AUTO Sys SYS NO Sys Sys Sys Sys Sys
Sys
G.711
-----------------------------------------------------------------------------------
It adds a new CTI routing with
PR:xx priority setting the
indicated parameters to the specified values. Unspecified parameters are
set to default values. The CTI routing table can store up to 256 routing
definitions, so the priority value must be in the interval [0 -
255].
If a routing with
“PR:xx” is already
present in the table, it will get
“PR:xx+1”
priority.
Example: how to configure a routing which routes every call
(CDI:*) coming from the CTI Ports
Group G1 (connected to the PABX) to CTI Ports Group G2 (connected to the
ISDN lines), without any alternative routings.
[15:30:01] ABILIS_CPX:a ctir pr:3 poi:g1 out:g2 cdi:*COMMAND EXECUTED [15:30:50] ABILIS_CPX:d ctire pr:3- Not Saved (SAVE CONF), Not Refreshed (INIT) --------------------------------- Last change: 16/06/2015 12:23:13 CET ------------------------------------------------------------------------------- PR:3 DESCR: ACT:YES EDT:NO BCI:VOICE BCO:* EEC:NO NEXT:NO POI:G1 SR:# GI:# OUT:G2 LAST:ANY CDI:* CDO:* T301:Dft CGI:* CGO:* UDT:NO SDI:* SDO:* LCS:NO SGI:* SGO:* LCST:Sys RGI:* RGO:* IG:Sys OG:Sys SG:Sys DL:Sys DH:Sys FMRLY:Sys FAXSP:AUTO MODSP:AUTO FMLVL:Sys FMDJ:Sys FMMJ:Sys SP:6400 SC:Sys DJ:Sys MJ:Sys ECM:SYS CODERS:Sys SPOUT:* SCOUT:* DJOUT:* MJOUT:* CODERSOUT:* TI1:ALL,00:00-23:59 TI2:# TI3:# TI4:# TI5:#
| Warning |
|---|---|
Changes made on the CTI routing table aren't immediately active. To activate them, execute the initialization command init ctir. |
It deletes a CTI routing from the routing table. Priority of remaining routings (if higher than the removed one) are decreased because of table continuity. The syntax of the command is c ctir pr:xx.
[12:28:06] ABILIS_CPX:d ctirLast change: 16/06/2015 12:23:13 CET ---+------+-----------------+---------+--------------------+-------------------- PR |[DESCR] |BCI |POI |SR |GI |OUT |CDI |CDO ACT|NEXT |LAST |EEC |T301|CGI |CGO EDT|SP |SC |DJ |MJ |FMDJ|FMMJ|SDI |SDO |SPOUT |SCOUT|DJOUT|MJOUT|LCS |LCST|SGI |SGO | |BCO |RGI |RGO |FMRLY |FAXSP|MODSP|FMLVL|ECM |UDT |IG |OG |SG |DL |DH |CODERS |CODERSOUT |TI1 .. TI5 -------------------------------------------------------------------------------- 0 DATA * # # Sl * * -------------------------------------------------------------------------------- 1 TR PBX # # PBX 1? * -------------------------------------------------------------------------------- 2 VOICE G1 # # G2 * * -------------------------------------------------------------------------------- [12:31:19] ABILIS_CPX:c ctir pr:2COMMAND EXECUTED [12:31:51] ABILIS_CPX:d ctirLast change: 16/06/2015 12:23:13 CET ---+------+-----------------+---------+--------------------+-------------------- PR |[DESCR] |BCI |POI |SR |GI |OUT |CDI |CDO ACT|NEXT |LAST |EEC |T301|CGI |CGO EDT|SP |SC |DJ |MJ |FMDJ|FMMJ|SDI |SDO |SPOUT |SCOUT|DJOUT|MJOUT|LCS |LCST|SGI |SGO | |BCO |RGI |RGO |FMRLY |FAXSP|MODSP|FMLVL|ECM |UDT |IG |OG |SG |DL |DH |CODERS |CODERSOUT |TI1 .. TI5 -------------------------------------------------------------------------------- 0 DATA * # # Sl * * -------------------------------------------------------------------------------- 1 TR PBX # # PBX 1? * --------------------------------------------------------------------------------
| Warning |
|---|---|
Changes made on the CTI routing table aren't immediately active. To activate them, execute the initialization command init ctir. |
Sets the parameters of CTI routing identified by
“PR:xx” to their new
values. The syntax of the command is:
s ctir pr:xxx parameter:value
[12:37:09] ABILIS_CPX:d ctirLast change: 16/06/2015 12:23:13 CET ---+------+-----------------+---------+--------------------+-------------------- PR |[DESCR] |BCI |POI |SR |GI |OUT |CDI |CDO ACT|NEXT |LAST |EEC |T301|CGI |CGO EDT|SP |SC |DJ |MJ |FMDJ|FMMJ|SDI |SDO |SPOUT |SCOUT|DJOUT|MJOUT|LCS |LCST|SGI |SGO | |BCO |RGI |RGO |FMRLY |FAXSP|MODSP|FMLVL|ECM |UDT |IG |OG |SG |DL |DH |CODERS |CODERSOUT |TI1 .. TI5 -------------------------------------------------------------------------------- 0 DATA * # # Sl * * -------------------------------------------------------------------------------- 1 TR PBX # # PBX 1? * -------------------------------------------------------------------------------- 2 VOICE G1 # # G2 * * -------------------------------------------------------------------------------- [12:37:32] ABILIS_CPX:s ctir pr:2 out:g3 cdi:528COMMAND EXECUTED [12:37:36] ABILIS_CPX:d ctirLast change: 16/06/2015 12:23:13 CET ---+------+-----------------+---------+--------------------+-------------------- PR |[DESCR] |BCI |POI |SR |GI |OUT |CDI |CDO ACT|NEXT |LAST |EEC |T301|CGI |CGO EDT|SP |SC |DJ |MJ |FMDJ|FMMJ|SDI |SDO |SPOUT |SCOUT|DJOUT|MJOUT|LCS |LCST|SGI |SGO | |BCO |RGI |RGO |FMRLY |FAXSP|MODSP|FMLVL|ECM |UDT |IG |OG |SG |DL |DH |CODERS |CODERSOUT |TI1 .. TI5 -------------------------------------------------------------------------------- 0 DATA * # # Sl * * -------------------------------------------------------------------------------- 1 TR PBX # # PBX 1? * -------------------------------------------------------------------------------- 2 VOICE G1 # # G3 528 * --------------------------------------------------------------------------------
| Warning |
|---|---|
Changes made on the CTI routing table aren't immediately active. To activate them, execute the initialization command init ctir. |
The routing which has been modified routes the calls coming from
G1 to the group G3 if the called number is
528.
Other interesting parameters
available on CTI Routing tables are T301,
TIx, NEXT, and
DS:<AUTO-I>/<AUTO-O>.
Example: enable a CTI routing just on Tuesday and Wednesday from 18:00 to 20:30.
[12:37:40] ABILIS_CPX:s ctir pr:3 ti1:tu-we,18:00-20:30COMMAND EXECUTED [15:35:00] ABILIS_CPX:d ctire pr:3Last change: 16/06/2015 12:23:13 CET ------------------------------------------------------------------------------- PR:3 DESCR: ACT:YES EDT:NO BCI:VOICE BCO:* EEC:NO NEXT:NO POI:G1 SR:# GI:# OUT:G3 LAST:ANY CDI:528 CDO:* T301:Dft CGI:* CGO:* UDT:NO SDI:* SDO:* LCS:NO SGI:* SGO:* LCST:Sys RGI:* RGO:* IG:Sys OG:Sys SG:Sys DL:Sys DH:Sys FMRLY:Sys FAXSP:AUTO MODSP:AUTO FMLVL:Sys FMDJ:Sys FMMJ:Sys SP:6400 SC:Sys DJ:Sys MJ:Sys ECM:SYS CODERS:Sys SPOUT:* SCOUT:* DJOUT:* MJOUT:* CODERSOUT:* TI1:TU-WE,18:00-20:30 TI2:# TI3:# TI4:# TI5:#
Example: how to combine the use of T301 and
NEXT. Calls must be forwarded to the next routing if
there is no answer after 15 seconds.
[13:50:10] ABILIS_CPX:d ctirLast change: 16/06/2015 12:23:13 CET ---+------+-----------------+---------+--------------------+-------------------- PR |[DESCR] |BCI |POI |SR |GI |OUT |CDI |CDO ACT|NEXT |LAST |EEC |T301|CGI |CGO EDT|SP |SC |DJ |MJ |FMDJ|FMMJ|SDI |SDO |SPOUT |SCOUT|DJOUT|MJOUT|LCS |LCST|SGI |SGO | |BCO |RGI |RGO |FMRLY |FAXSP|MODSP|FMLVL|ECM |UDT |IG |OG |SG |DL |DH |CODERS |CODERSOUT |TI1 .. TI5 -------------------------------------------------------------------------------- 0 DATA * # # Sl * * -------------------------------------------------------------------------------- 1 TR PBX # # PBX 1? * -------------------------------------------------------------------------------- 2 VOICE G1 # # G2 * * -------------------------------------------------------------------------------- 3 VOICE G2 # # G1 * * -------------------------------------------------------------------------------- [13:50:12] ABILIS_CPX:s ctir pr:3 t301:15 next:tCOMMAND EXECUTED [13:50:43] ABILIS_CPX:a ctir pr:4 poi:g2 out:abilis2 cdi:*COMMAND EXECUTED [13:50:54] ABILIS_CPX:d ctir- Not Saved (SAVE CONF), Not Refreshed (INIT) --------------------------------- Last change: 16/06/2015 12:23:13 CET ---+------+-----------------+---------+--------------------+-------------------- PR |[DESCR] |BCI |POI |SR |GI |OUT |CDI |CDO ACT|NEXT |LAST |EEC |T301|CGI |CGO EDT|SP |SC |DJ |MJ |FMDJ|FMMJ|SDI |SDO |SPOUT |SCOUT|DJOUT|MJOUT|LCS |LCST|SGI |SGO | |BCO |RGI |RGO |FMRLY |FAXSP|MODSP|FMLVL|ECM |UDT |IG |OG |SG |DL |DH |CODERS |CODERSOUT |TI1 .. TI5 -------------------------------------------------------------------------------- 0 DATA * # # Sl * * -------------------------------------------------------------------------------- 1 TR PBX # # PBX 1? * -------------------------------------------------------------------------------- 2 VOICE G1 # # G2 * * -------------------------------------------------------------------------------- 3 VOICE G2 # # G1 * * TRANSFERT ANY NO 15 * * -------------------------------------------------------------------------------- 4 VOICE G2 # # Abilis2 * * --------------------------------------------------------------------------------
| Warning |
|---|---|
Changes made on the CTI routing table aren't immediately active. To activate them, execute the initialization command init ctir. |
When routing PR:3 is
matched, the call will alert for 15 seconds on the G1 ports group and if
no answer occurs, it will be transferred to the next routing and
compressed to “Abilis2”.
Moves the CTI routing priority from the value
“PR:xx” to the new
value “PR:yy”. Other
definitions present in the table are re-sorted because of table
continuity.
[13:50:54] ABILIS_CPX:d ctir- Not Saved (SAVE CONF), Not Refreshed (INIT) --------------------------------- Last change: 16/06/2015 12:23:13 CET ---+------+-----------------+---------+--------------------+-------------------- PR |[DESCR] |BCI |POI |SR |GI |OUT |CDI |CDO ACT|NEXT |LAST |EEC |T301|CGI |CGO EDT|SP |SC |DJ |MJ |FMDJ|FMMJ|SDI |SDO |SPOUT |SCOUT|DJOUT|MJOUT|LCS |LCST|SGI |SGO | |BCO |RGI |RGO |FMRLY |FAXSP|MODSP|FMLVL|ECM |UDT |IG |OG |SG |DL |DH |CODERS |CODERSOUT |TI1 .. TI5 -------------------------------------------------------------------------------- 0 DATA * # # Sl * * -------------------------------------------------------------------------------- 1 TR PBX # # PBX 1? * -------------------------------------------------------------------------------- 2 VOICE G1 # # G2 * * -------------------------------------------------------------------------------- 3 VOICE G2 # # G1 * * TRANSFERT ANY NO 15 * * -------------------------------------------------------------------------------- 4 VOICE G2 # # AADM * * -------------------------------------------------------------------------------- [15:38:34] ABILIS_CPX:m ctir pr:3 pr:4COMMAND EXECUTED [15:38:40] ABILIS_CPX:d ctir- Not Saved (SAVE CONF), Not Refreshed (INIT) --------------------------------- Last change: 16/06/2015 12:23:13 CET ---+------+-----------------+---------+--------------------+-------------------- PR |[DESCR] |BCI |POI |SR |GI |OUT |CDI |CDO ACT|NEXT |LAST |EEC |T301|CGI |CGO EDT|SP |SC |DJ |MJ |FMDJ|FMMJ|SDI |SDO |SPOUT |SCOUT|DJOUT|MJOUT|LCS |LCST|SGI |SGO | |BCO |RGI |RGO |FMRLY |FAXSP|MODSP|FMLVL|ECM |UDT |IG |OG |SG |DL |DH |CODERS |CODERSOUT |TI1 .. TI5 -------------------------------------------------------------------------------- 0 DATA * # # Sl * * -------------------------------------------------------------------------------- 1 TR PBX # # PBX 1? * -------------------------------------------------------------------------------- 2 VOICE G1 # # G2 * * -------------------------------------------------------------------------------- 3 VOICE G2 # # AADM * * -------------------------------------------------------------------------------- 4 VOICE G2 # # G1 * * TRANSFERT ANY NO 15 * * --------------------------------------------------------------------------------
| Warning |
|---|---|
Changes made on the CTI routing table aren't immediately active. To activate them, execute the initialization command init ctir. |
A macro-instruction can only contain:
Decimal digits '0' - '9';
Names of input caller's address and sub-address fields:
CGI and SGI;
Names of input called's address fields and sub-address fields:
CDI and SDI;
The '.' (dot) character, which is used as a
separator;
The sequences ".3xx", ".Lxx" and ".Rxx".
Table 47.4. Table Lxx, Rxx, 3xx macros
| Sequence | Operative meaning |
|---|---|
| yy.Sxx | It takes the characters of field "yyy" starting from position "xx". |
| yyy.Lxx | It takes up to "xx" characters of field "yyy", starting from the leftmost. |
| yyy.Rxx | It takes up to "xx" characters of field "yyy", starting from the rightmost. |
Examples:
CDO:'SGI': the called
address field of the outgoing call will contain the same value as is
contained in the field for the called sub-address of the incoming
call.
CDO:1023'SGI': the
called address field of the outgoing call will contain the numerical
sequence "1023" followed by the content of the called sub-address of
the incoming call.
CDO:1023'SGI.S02': the
called address field of the outgoing call will contain the numerical
sequence "1023" followed by the content of the called sub-address of
the incoming call, starting from the 2nd character (.S02).
CDO:1023'SGI.R02': the
called address field of the outgoing call will contain the numerical
sequence "1023" followed by at most two characters taken from the
content of the called sub-address of the incoming call, starting
from the right most (.R02).
Type the following command to display info about macro functions:
[07:32:16] ABILIS_CPX:help isdn macro
ISDN macros permit the manipulation of ISDN numbers and subaddresses in the
call being processed.
Macro must be written between single quotes and can be present only in
output fields CDO/CGO/SDO/SGO (xxO).
A macro may refer a INR list and it's fields, in this case a sort of sub-macro
occurs and a couple of single quotes is required.
In following explanation xx is used to indicate any of CD/CG/SD/SG.
--- Simple macros in CDO/CGO/SDO/SGO (xxO) ------------------------------------
xxO: 'xxI' Copy xxI in xxO
xxO: 'xxI.Sy' Copy xxI in xxO starting from left position y
xxO: 'xxI.Ly' Copy xxI in xxO leftmost y characters
xxO: 'xxI.Ry' Copy xxI in xxO rightmost y characters
--- Macros with INR list sub-macro in CDO/CGO/SDO/SGO (xxO) -------------------
The INR list fields are: Number, CHK, CD, CG.
When a INR list is used in xxO fields macros it works as follow:
if a match is found between Number and field indicated by CHK (CGI or CDI),
the CD or CG field will be used in the preparation of the xxO field,
as specified by the sub-macro.
CDO: ''listname'' Copy list CD field into CDO
CGO: ''listname'' Copy list CG field into CGO
xxO: ''listname.CD'' Copy list CD field into xxO
xxO: ''listname.CD'.Sy' Copy list CD field from position y into xxO
xxO: ''listname.CD'.Ly' Copy list CD field leftmost y characters into xxO
xxO: ''listname.CD'.Ry' Copy list CD field rightmost y characters into xxO
xxO: ''listname.CG'' Copy list CG field into xxO
xxO: ''listname.CG'.Sy' Copy list CG field from position y into xxO
xxO: ''listname.CG'.Ly' Copy list CG field leftmost y characters into xxO
xxO: ''listname.CG'.Ry' Copy list CG field rightmost y characters into xxO
--- Examples ------------------------------------------------------------------
More macros can be written at the same time, the limit is only the 24
characters available in the xxO fields
Here is an example of possible combinations.
If in some circumstance a combination is not allowed you will get an
appropriate message.
'cdi'
123'cdi'
'cdi'123'cgi.s5'
''listname''
''listname.cd''
''listname'.s5'
''listname.cg'.s2'
123''listname.cg'.s2'
'cdi'123''listname.cg'.s2'CTI POTS ports allow the connection between Abilis and analogue
phone devices. Each one is identified by a two digits number
(NUM parameter); the NUM value can
be set by the user and must be unique (default values start from 01, 02
…).
[15:40:09] ABILIS_CPX:d p ctip:101CTIP:101 DESCR: Act card:POTS-1<1> USER:# Run OPSTATE:UP LOG:NO TYPE:USER signalling:POTS HOLD:YES CT:ICT SS:YES DEVICE:PHONE AC:NO NUM:01 ADDRBOOK-NUM:NUM [15:40:25] ABILIS_CPX:d p ctipe:101CTIP:101 DESCR: Act card:POTS-1<1> USER:# Run OPSTATE:UP LOG:NO TYPE:USER signalling:POTS HOLD:YES CT:ICT SS:YES DEVICE:PHONE AC:NO NUM:01 ADDRBOOK-NUM:NUM AC-CDO:# AC-DLY:60 LOOP:NO TEST:NO CLIP:SYS CLIP-STD:SYS CLIP-TAS:SYS CLIP-LEVEL:SYS SENSING:SYS ABF:SYS HPF:SYS DEBOUNCE:SYS MIN-FLASH:SYS COUNTRY:SYS MAX-FLASH:SYS DIALT:5 IN-GAIN-ADJ:SYS OUT-GAIN-ADJ:SYS AT:SYS AT-CODE:SYS AT-DURATION:SYS BC:SYS DT:SYS DT-CODE:SYS DT-DURATION:SYS OUT-DIAL-TONE:SYS SS-PICKUP:GROUPS SS-PRES-CG:YES NPOO-CT:NO SS-CF-DND:YES SS-VM:YES
Routings can be added using the POTS port number in
POI or OUT parameters.
The special value PBXNUM of the CTI POTS
ports. The call is routed to the corresponding port that matches.
Example: route the calls arriving from cluster
Abilis2 to the analogue devices connected to the
POTS, by verifying the last two digits of the called number (i.e.
02345678xx).
[15:40:31] ABILIS_CPX:a ctir pr:2 sr:Abilis2 out:pbx cdi:02345678??COMMAND EXECUTED [15:41:32] ABILIS_CPX:d ctir pr:2- Not Saved (SAVE CONF), Not Refreshed (INIT) --------------------------------- Last change: 16/06/2015 15:02:45 CET ---+------+-----------------+---------+--------------------+-------------------- PR |[DESCR] |BCI |POI |SR |GI |OUT |CDI |CDO ACT|NEXT |LAST |EEC |T301|CGI |CGO EDT|SP |SC |DJ |MJ |FMDJ|FMMJ|SDI |SDO |SPOUT |SCOUT|DJOUT|MJOUT|LCS |LCST|SGI |SGO | |BCO |RGI |RGO |FMRLY |FAXSP|MODSP|FMLVL|ECM |UDT |IG |OG |SG |DL |DH |CODERS |CODERSOUT |TI1 .. TI5 -------------------------------------------------------------------------------- 2 VOICE # Abilis2 # PBX 02345678?? * --------------------------------------------------------------------------------
With this rule the calls to 0234567821 is routed to the ports with
NUM:21.
By configuring the routing specifying the number of the CTI POTS ports, each call will be routed to the corresponding port without verifying the called number.
[14:45:35] ABILIS_CPX:a ctir pr:2 sr:Abilis2 out:101 cdi:*COMMAND EXECUTED [14:51:16] ABILIS_CPX:d ctir pr:2Last change: 16/06/2015 15:02:45 CET ---+------+-----------------+---------+--------------------+-------------------- PR |[DESCR] |BCI |POI |SR |GI |OUT |CDI |CDO ACT|NEXT |LAST |EEC |T301|CGI |CGO EDT|SP |SC |DJ |MJ |FMDJ|FMMJ|SDI |SDO |SPOUT |SCOUT|DJOUT|MJOUT|LCS |LCST|SGI |SGO | |BCO |RGI |RGO |FMRLY |FAXSP|MODSP|FMLVL|ECM |UDT |IG |OG |SG |DL |DH |CODERS |CODERSOUT |TI1 .. TI5 -------------------------------------------------------------------------------- 2 VOICE # Abilis2 # 101 * * --------------------------------------------------------------------------------
The routing above routes every call which comes from the cluster
Abilis2 to
CTIP:101.
| |  | |
| 47.4. CTI Cluster |  | 47.6. CTI System Resource |