Adrya:
I am sending what you asked. Take into account that I have more boards working
, and that I am not using icapi anymore. I tested pdkrt, and it works fine.
cheers
Daniel
-----Mensaje original-----
De: Julien Chavanton [mailto: [EMAIL PROTECTED]
Enviado el: Lunes, 06 de Febrero de 2006 11:43 a.m.
Para: Kravchik, Daniel; [email protected]
Asunto: RE: [Bayonne-dialogic] E1 CAS - R2MF
Check this, someone did successfully setup R2.
You need to modify driver.cpp, I think it is about the voice resource being
used for signalling you need to make few modification to driver.cpp.
You will also need to play with the dialogic file as you where saying.
Julien
-----Original Message-----
From: Kravchik, Daniel [mailto: [EMAIL PROTECTED]
Sent: January 30, 2004 1:50 PM
To: Julien Chavanton
Subject: RE: [Bayonne-dialogic] E1 CAS - R2MF
Julien:
I am using icapi. You have to declare it in bayonne.conf.
As R2 needs voice resources to establish the call, we had to modify the
driver.cpp. If not it did not work. I am sending the modified file as an
attachment.
I hope you will be able to make it work.
If you need something else take into account that I will be out of town for 15
days and will not be able to read the mail list.
cheers,
Daniel
-----Original Message-----
From: Dharma, Adrya [mailto: [EMAIL PROTECTED]
Sent: February 6, 2006 2:14 AM
To: Julien Chavanton
Subject: [Fwd: D/300SC-E1 with R2 ?]
Hi Julien,
I'm currently using D/300SC-E1 with dialogic driver and bayonne GNU
telephony as IVR.
I was wondering if you have successfully
setup the R2 Argentina signaling on the card.
May i see the dialogic.cfg and the AR_300.prm,
I'm using D/300SC-E1 connected to PBX definity argentina CAS (country protocol
16).
Many thanks.
Adrya
-----Mensaje original-----
De: Julien Chavanton [mailto: [EMAIL PROTECTED]
Enviado el: Jueves, 29 de Enero de 2004 08:05 p.m.
Para: Kravchik, Daniel
CC: [EMAIL PROTECTED]
Asunto: RE: [Bayonne-dialogic] E1 CAS - R2MF
I am trying bayonne & globalcall in Portugal on R2 MF
The CO as made some trace we are exchanging the first
forward ->
<- backward
d -> (for country code)
<- answer (Instead of "1" for next digits)
Why can't I simply control the digit globalcall is sending, I looks to me like
globalcall is abstracting something simple with something complex :-(
I have activated ICAPI log and the result is not realy telling anything about
the R2 protocol.
Are you using ICAPI ?
If anyone use globalcall and as any clue please tell me.
Thanks
Julien
Result in bayonne:
----------------------------------------------------------------------
dx(0): ring
globalcall: unhandled event 0x850
19f
dx(0): attach script
dx(0): step fffb answer()
dx(0): answer
dx(0): step fffb slog.crit(DNIS:,%session.calledid)
dx(0): playrec: DNIS:pstn:
dx(0): step fffb options(=dtmf,script)
dx(0): step fffb answer()
dx(0): step fffb cleardigits()
dx(0): step fffb say(=voice,UsEngM,=cache,playrec0,press 1 to play or 2 to
record)
dx(0): step 2 slog.crit(***, HANGUP ,***)
dx(0): playrec: *** HANGUP ***
dx(0): exit
dx(0): script exiting
dx(0): hangup
dx(0): detach script
dx(0): release
dx(0): idle
CDP File
--------------------------------------------------------
FILE : PT_E1_I.CDP
COUNTRY : Portugal
PROTOCOL : Portugal DTMF protocol - Inbound
USES : R2_IN.LOD built from PDK-R2-v19
@0 : "R2_IN.LOD"
*****************************************
$100 set: 1
%01 q_nfrm : 2
%02 q_snr0 : 1
%03 q_snr1 : 1
%04 q_b0 : 1
%05 q_b1 : 1
%10 q_minfrm : 2
******************************
* TID # 141 800Hz *
******************************
;$141 TN_800 : 800 35
;%01 cadence : 0
******************************
* TID # 103 BUSY *
******************************
$103 BUSY : 425 35
%01 cadence : 50 10 50 10
%02 cycle : 2
******************************
* TNG # 101 DIAL *
******************************
@101 DIAL : 425 -12
%01 cadence : 500
******************************
* TNG # 103 BUSY *
******************************
@103 BUSY : 425 -12
%01 cadence : 50 50
******************************
* TNG # 105 RINGBACK *
******************************
@105 RINGBACK : 425 -12
%01 cadence : 100 500
******************************
* TNG # 141 800Hz *
******************************
@141 800Hz : 800 -12
%01 cadence : 0
;*******************
;***** INBOUND *****
;*******************
$0 RELGUARD release guard timeout (inbound)(0=none) (55ms) : 3
After receiving a forward clear from the network the protocol sends a
clear back signal to the network. The protocol then waits this
amount of time and checks the line signaling from network:
If the line signaling is idle, then the protocol returns idle to the
network. Otherwise the protocol waits for the network to return to
idle before returning to idle.
$0.16 E1TIMEOUT timeout for incomming call (s) : 6
Timeout used to wait for the leading edge of the first forward
tone and timeout used for complete compelled cycle before
returning protocol error.
$1 NDDI number of DDI digits : 3
(inbound) Maximum number of DDI digits received before getting
GCEV_OFFERED.
2 cases:
1. Fixed number of DDI: ( check parameter # )
Eg: If receiving less than 4 DDI digits, means protocol error.
Always get GCEV_OFFERED when receiving 4 DDI digits.
2. Variable number of DDI: If 1, 2 or 3 digits received, return
GCEV_OFFERED(timeout) (find the other data field to explain
there are no more digits or there may be more if you request,
then the app calls gc_getmoredigits() to try to retrieve more
digits). Can request more digits if 4 or more digits received.
If receiving I15 or timeout then no more digits can be expected.
$1.16 NANI maximum calling party size : 10
(inbound) Maximum ANI length.
$2 NRING Number of ring before speech : 0
(Inbound) Return GCEV_ANSWERED after this many rings. Send answer line
signal
at this time also.
$5 F_IN inbound calls supported : 1
$5.1 F_ANI ANI supported (INBOUND) : 1
Set to 0 if no ANI to be requested. Set to 1 if ANI is requested by
inbound protocol.
$5.2 F_VARDDI variable number of DDI supported : 0
Either use parameter $7 to terminate DDI or may have variable number.
;
; for parameters $14.4 and $14.5
; These parameters affect the final part of protocol where the call is
; rejected by application. If both are set to zero,
; the only way to drop the call is to wait for the CO to disconnect or
; protocol send a busy (if $1014 is set, helping the CO to disconnect
; more quickly).
;
;
$5.4 F_A3 A3 supported : 1
(Inbound) Request category before connection.
Group B supported.
$5.5 F_A4 reject directly with A4 : 1
(inbound) When rejecting call, send A4 immediately. Don't change
to B group.
$5.6 F_A4P send A4 pulse in case of time out : 1
(inbound) This is for timeouts waiting for the leading edge
of a forward tone.
$5.8 F_ANSTONE answer tone generated by terminal : 1
(Inbound) Ringback generated by protocol.
$5.9 F_FASTREL fast release supported : 0
Under protocol error. Do answer then disconnect and return
GCEV_DISCONNECTED (PROTOCOL ERROR).
$5.10 F_BUSY busy tone generated by terminal : 0
The protocol handler will generate the busy tone after
the application calls gc_DropCall(GC_USER_BUSY) with busy.
In this case the call is not yet connected.
$5.11 F_BUSYDISC busy tone generated at disconnection : 0
The protocol handler will generate the busy tone after the
application calls gc_DropCall(GC_NORMAL_CLEARING). In this
case the caller is already connected.
$5.12 F_IDLE return to idle after caller disconnection : 0
If set to 1 go straight to IDLE without clearing back (inbound).
This shouldn't be used under most conditions.
$5.13 DELAYDIAL :0
Delay before sending "Ready to receive - DTI_GETDDI - @58" after
sending seizure ack. Uded f.i. in ALS70d with DDI
$5.14 USEFORCEDREL use forced release : 0
(inbound) When lines are connected and the application calls
gc_DropCall() the protocol will send line signaling pattern
@57 (DTI_FORCEDREL) to cause the CO to disconnect faster.
$5.16 F_I14 Consider I14 as a good ANI tone : 0
(inbound). If set, Ignore first I14 in receiving ANI (in CCITT
R2 :
any I14 is recognized as a BadTone)
$5.17 Israelian ANI procedure forced us to set this parm to 1 in Israel : 0
(inbound)
$5.18 PCV_REJECT : 0
(Inbound)
$5.19 SENDDIALTONE : 1
(Inbound)
Send a Dialtone after seizure
;INBOUND group B tones for different accept and reject reasons ( -> )
;-------------------------------------------------------------------
$6 F_GTGBUSY Busy tone send Bn tone back if busy : 3
$6.4 F_GTGUNAL Unallocated send Bn if unallocated : 5
$6.8 F_GTGSIT Sit send Bn if Special Intercept Tone : 2
$6.12 F_GTGCONGESTION Congestion send Bn if Congestion : 4
$6.16 F_GTGCHAR Accept + Charge send Bn : 6
$6.20 F_GTGNOCH Accept + No Charge send Bn : 7
;INBOUND Group A tones ( -> ) (See also 25)
;----------------------------
$7 F_GTGNP1 Send n+1 : 1
Send next DDI
$7.4 F_GTGGROUPII Switch to Group II : 3
Backward tone to send which tells CO to send calling party
category, switch to group B interpretation and don't change
back to A.
$7.8 F_GTGSPEECH Speech : 6
Go straight to answer without receiving calling party category.
$7.12 F_GTGREJECT Rejection : 4
Send An tone for rejecting in Group A.
$7.16 F_TONEANI_IN :9
$7.20 F_TONECAT_IN :5
$8 F_ANIPOS number of DDI digit to collect before collecting ANI (inbound) : 0
(Inbound)
; 0=after all DDI digits, 1=after 1 DDI digit, -1=after all DDI but one.
; What happens if variable number of DDI and $31 = 0 ?
; In this case, protocol will receive first number of DDI specified in $7
; then ask for the ANI, send OFFERED to application, which can ask for
; more DDI if needed
$9 F_FIXLENGTH SemiCompelled ( = fixed length) : 0
(inbound) : the tones sent will have a fixed length.
Length of the tone (10 ms) if semi-comelled
$10 DLFORCEDREL Delay before force rel (cf Australia) : 0
(Inbound)
; - NOTE -
$11 TIME_DEF_ACCEPT : 0
(Inbound)
;*******************************************
;***** INBOUND and OUTBOUND PARAMETERS *****
;*******************************************
$40.4 F_DIAL_IN inbound 0=MFC, 1=DTMF, 2=PULSE, 3=R1 : 0
; toneset for receiving digits
$40.16 DEVIATION Specific deviation : 1
; BELGIUM : 1
; CHINA : 12
; T1 : 4
; MERCURY : 5
; SOUTH-AFRICA : 20
; other : 0
$41 WAITIDLE wait for idle (s) : 10
(Inbound and Outbound) After disconnecting the time to wait to
receive idle from the network. If timer expires a protocol error is
returned.
; TEST PROCEDURES
;----------------
$42.0 F_CCITT CCITT test procedure supported : 0
(Inbound and Outbound)
$42.1 F_ISRAEL Israelian test method supported : 0
(Inbound and Outbound)
$42.2 CONTINOUS_800 : 0
(Inbound)
Used in Israelian test method
$42.3 F_BELGIUM Belgian test method supported : 0
$42.4 F_GTDCCITT Tone for CCITT test : 13
(Inbound)
; 12.5 to 12.7 are reserved
; RAI Mask
----------
$43 RAIMSK : 75
use decimal value representing the sum of one or more of the following:
(use this parameter for D/300SC-E1 only)
43.0 :Receive loss of sync
43.1 :Receive unframed all ones
43.3 :Frame sync error
43.5 :Receive remote alarm
43.6 :Error count saturation
43.7 :Bipolar violation count saturation
43.8 :Receive loss of signal
43.9 :Driver performance monitor
43.10 :Multi-frame sync error
43.12 :Received signaling all 1's
43.13 :Received distant multi-frame alarm
43.14 :CRC4 error count saturation
; Metering pulses definition
;----------------------------
$45.0 WINKLEN wink length (Finnish and T1 deviation) (10ms) : 15
Wink length for transmitting wink. Only for protocols using winks.
$45.16 METERDELAY delay for sending metering pulses (0 to disable) : 0
; (inbound). Delay between metering pulses in sec, used for billing.
; Test purposes only : should not be used against the CO (only to simulate CO)
; Different debounce time
-------------------------
$46 Debounce ON :2
$46.8 Debounce OFF : 2
$46.16 WINKMIN minimum wink duration for wink detection (10ms) : 0
$46.24 WINKMAX maximum wink duration for wink detection (10ms) : 0
; Country dependent masks
-------------------------
;$47 CHINAMASK Chinese protocol bit mask (inbound) : 39
; Only used if Deviation = China is used. Otherwise use next $47 param.
47.0: A3 must always be sent in pulse form (200ms)
47.1: detect service calls ("1XY" instead of "(R)PQABCD")
47.2: accept KC as first local phone number digit "(KC)(R)PQABCD"
47.3: accept KE as first local phone number digit "(KE)(R)PQABCD"
47.4: first local phone number digit is repeated "[KC|P]PQABCD" or
"[KC|R]RPQABCD" (not
compatible with Bit 2 & 3
47.5: skip initial 0 before area code if any "(0)X1X2..."
47.8 AREASIZE area code size excluding leading '0' (China)(0=no area
code)(inbound) : 2
47.9 to 47.15 reserved
; Only used if Deviation = China is used. Otherwise use previous $46 param.
;$47 ZASELECTION protocol option mask : 0
47.0 : if set, A4 can be used to reject the call
if not set, call rejection is done with A6 + busy tone
generation
47.1 : if set, use Pulse Answer mode (USE ZA_DTI_P.PRM!!!)
if not set, use Answer/Clear-back mode or Pulsed Clear-back
Mode
Note: this bit should always be 0 when connected to the
network.
The answer mode choice is provided only in for testing the
outbound side of the protocol. When a pulsed mode is choosen,
parameter $47 should be different from 0.
$48 TESTNUMBER test number for Belgian Test method : "1600"
; not needed
$49 CALLINGNB Calling party number: "7250890"
$50 bits set and cleared for NT BLOCKING : "-1--"
$51 bits set and cleared for NT IDLE : "10--"
$52 bits set and cleared for NT SEIZURE : "00--"
$53 bits set and cleared for NT DISCONNECT : "11--"
$54 bits set and cleared for NT ACKNOWLEDGE: "11--"
$55 bits set and cleared for NT ANSWER : "01--"
$56 bits set and cleared for NT BAD CODE : "-0--"
$57 bits set and cleared for NT FORCED RELEASE:"00--"
$58 bits set and cleared for NT OTHER BITS : "--01"
@50 bits set and cleared for DTI BLOCKING : "1101"
@51 bits set and cleared for DTI IDLE : "10--"
@52 bits set and cleared for DTI SEIZURE : "0---"
@53 bits set and cleared for DTI DISCONNECT : "1---"
@54 bits set and cleared for DTI ACKNOWLEDGE: "11--"
@55 bits set and cleared for DTI ANSWER : "0---"
@56 bits set and cleared for DTI START : "1101"
@57 bits set and cleared for DTI FORCEDREL : "00--"
-----Original Message-----
From: Kravchik, Daniel [mailto: [EMAIL PROTECTED]
Sent: Fri 11/7/2003 09:04 AM
To: '[EMAIL PROTECTED]'
Cc: Julien Chavanton
Subject: RV: [Bayonne-dialogic] E1 CAS - R2MF
Julien:
Yes. I have succesully used E1 CAS R2 with Argentina parameters.
Cheers
Daniel
> -----Mensaje original-----
> De: Julien Chavanton [SMTP: [EMAIL PROTECTED]
> Enviado el: Viernes 7 de Noviembre de 2003 10:27 AM
> Para: [EMAIL PROTECTED]
> Asunto: [Bayonne-dialogic] E1 CAS - R2MF
>
> [Atención: Este mensaje proviene de Internet - Por favor recuerde que no
> es posible asegurar que quien lo envía sea realmente quien figura en el
> mensaje.]
>
> Is there someone using bayonne on E1 CAS R2 ?
>
> Julien
>
>
> -------------------------------------------------------
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; ----------------------------------------------------------------------
; | AR_300.PRM version 1.00 Prod |
; | Dialogic Download Parameter File |
; | for the DTI/212 (Argentina R2) |
; | Copyright 1996 Dialogic Corp. |
; | All Rights Reserved |
; ----------------------------------------------------------------------
;
; NOTE: This parameter file is compatible with the DOS DTI Driver Package
; 2.10 Beta 3 and up, and the UNIX DTI Driver Package 2.00 Beta 8
; and up.
;
; WARNING: Parameters may not be altered except where noted in this file.
;
; Each parameter line should have the following format:
; [parameter #] [value(s)]
;
; NOTE: For parameters in which the default data value is different for
; DTI/2x2 and DTI/2x1, the DTI/2x2 default has been given.
;
; The parameter types, possible values and default values are shown below.
;
;
;--- RECEIVE WINK DEFINITION (Parameter type 05H)
;*** This parameter shall not be altered.
;--- Defines which bit will be examined to detect a wink received from the
;--- network and the polarity of the transition to be considered a wink.
;--- The data is broken up as follows:
;--- Lower nibble:
;--- 01H = detect wink on A bit
;--- 02H = detect wink on B bit
;--- 04H = detect wink on C bit (DTI/2x2 only)
;--- 08H = detect wink on D bit (DTI/2x2 only)
;--- Upper nibble:
;--- 10H = positive polarity (off-on followed by on-off
;--- transition)
;--- 00H = negative polarity (on-off followed by off-on
;--- transition)
;--- The default data value is 11H (detect positive polarity wink on A bit).
0005 11
;---
;--- TRANSMIT NATIONAL AND INTERNATIONAL BITS (Parameter 06H - DTI/2x2 only)
;*** This parameter shall not be altered.
;--- Defines the values of these bits. Bits 0 to 4 (where bit 0 is the LSB)
;--- of the data correspond to bits 0 to 4 of time slot 0 in non-alignment
;--- frames (the national bits). Bit 5 corresponds to bit 7 of time slot 0
;--- in all frames (the international bit). The default data value is
;--- 3FH (all national and international bits set to 1).
0006 3F
;---
;--- TRANSMIT EXTRA BITS (Parameter type 07H - DTI/2x2 only)
;*** This parameter shall not be altered.
;--- Defines the value of the E1 'extra bits'. Bits 0, 1 and 2 (where bit 0
;--- is the LSB) of the data correspond to bits 0, 1 and 3 of time slot 16
;--- frame 0 (bit 2 is the distant multi-frame alarm bit).
;--- The default data value is 07H (all extra bits set to 1).
0007 07
;---
;--- INITIAL SIGNALING INSERTION PATTERN (Parameter type 08H).
;*** This parameter shall not be altered.
;--- Defines what the default contents of the transmit signaling buffer
;--- for all channels will be upon initialization. The transmit signaling
;--- will reflect the contents of the transmit signaling buffer for that
;--- channel when that channel is set to signaling insertion mode.
;--- The masks to set the corresponding signaling bits on are as follows:
;--- 01H = A signaling bit
;--- 02H = B signaling bit
;--- 04H = C signaling bit (DTI/2x2 only)
;--- 08H = D signaling bit (DTI/2x2 only)
;--- The default data value is:
;--- 00H for DTI/2x1 (A and B bits = 0).
;--- 0BH for DTI/2x2 (A, B, and D bits = 1, C bit = 0) .
0008 0B
;---
;--- SIGNALING MODE (Parameter type 09H)
;*** This parameter shall not be altered.
;--- Indicates the default signaling mode. Insertion mode is used when the
;--- DTI/2xx controls the signaling to the T1/E1 line. Transparent mode is
;--- used when the signaling from the PEB is transmitted to the T1/E1 line.
;--- This represents the start up condition only. This can then be modified
;--- by commands from the application program.
;--- Possible values for signaling mode are:
;--- 00H = insertion mode
;--- 01H = transparent mode
;--- The default data value is:
;--- 01H for DTI/2x1 (transparent mode).
;--- 00H for DTI/2x2 (insertion mode).
0009 00
;---
;--- IDLE MODE (Parameter type 0AH)
;*** This parameter shall not be altered.
;--- This parameter is used to indicate the start up mode only.
;--- Indicates whether the DTI/2xx should transmit idle by default. If set
;--- to transmit idle, the idle pattern is transmitted to the T1/E1 line.
;--- If not set to transmit idle, data from the PEB is transmitted to the
;--- T1/E1 line.
;--- Possible values for idle mode are:
;--- 00H = do not transmit idle
;--- 01H = transmit idle
;--- The default data value is 00H (transmit idle).
000A 01
;---
;--- TRANSMIT IDLE PATTERN (Parameter type 0BH)
;*** This parameter shall not be altered.
;--- Indicates the idle pattern to be used when the DTI/2xx is
;--- transmitting idle to the T1/E1 span.
;--- Possible DTI/2x1 values for idle pattern are:
;--- 00H = idle pattern 7FH
;--- 01H = idle pattern FFH
;--- Possible DTI/2x2 values for idle pattern are:
;--- 00H = idle pattern 54H
;--- 01H = idle pattern D5H
;--- The default data value is 00H (7FH for DTI/2x1, 54H for DTI/2x2).
000B 00
;---
;--- TRANSMIT WINK DEFINITION (Parameter type 0CH)
;*** This parameter may not be altered. Altering this parameter in any other
;--- way is not permitted and may void the approval granted for the DTI/212-BE.
;--- This parameter can only be updated by modifying the parameter file.
;--- Defines the signaling bit states used to transmit a wink.
;--- A wink starts by transmitting signaling state 0 for the pre-wink
;--- delay time. Then transmits signaling state 1 for the wink length
;--- time and then returns to transmitting signaling state 0.
;--- The signaling states are defined within the data byte as follows:
;--- Lower nibble: 01H = State 0 A signaling bit
;--- 02H = State 0 B signaling bit
;--- 04H = State 0 C signaling bit (DTI/2x2 only)
;--- 08H = State 0 D signaling bit (DTI/2x2 only)
;--- Upper nibble: 10H = State 1 A signaling bit
;--- 20H = State 1 B signaling bit
;--- 40H = State 1 C signaling bit (DTI/2x2 only)
;--- 80H = State 1 D signaling bit (DTI/2x2 only)
;--- When a data bit is set, the corresponding signaling bit is ON ('1')
;--- in the signaling state.
;--- The default data value is:
;--- 10H for DTI/2x1 (A-bit toggles OFF to ON to OFF, B bit stays OFF).
;--- FCH for DTI/2x2 (A-bit toggles ON to OFF to ON. B,C and D bits stay OFF)
000C BA
;
;--- TRANSMIT PULSE DIGIT MAKE/BREAK STATE DEFINITION (Parameter type 0DH)
;--- Defines the signaling bit states used to transmit a pulse digit.
;--- A pulse digit consists of a series of pulses from a 'make' signaling
;--- state to a 'break' signaling state.
;--- The signaling states are defined within the data byte as follows:
;--- Lower nibble: 01H = Make state A signaling bit
;--- 02H = Make state B signaling bit
;--- 04H = Make state C signaling bit (E1 only)
;--- 08H = Make state D signaling bit (E1 only)
;--- Upper nibble: 10H = Break state A signaling bit
;--- 20H = Break state B signaling bit
;--- 40H = Break state C signaling bit (E1 only)
;--- 80H = Break state D signaling bit (E1 only)
;--- When a data bit is set, the corresponding signaling bit is ON ('1')
;--- in the signaling state.
;--- The default data value is:
;--- 01H for T1 (A bit pulses ON to OFF to ON, B bit stays OFF).
;--- 98H for E1 (A bit pulses OFF to ON to OFF, B and C bits stay OFF,
; D bit stays ON).
;000D 98
;---
;--- NUMBER OF PULSES PER DIGIT SELECT (Parameter type 0EH)
;--- Defines the number of pulses in each pulse digit.
;--- Possible values for the data are as follows:
;--- 00H = Digits 1-9 are represented by the corresponding number
;--- of pulses, digit 0 is represented by 10 pulses.
;--- 01H = Digits 0-9 are represented by digit+1 pulses.
;--- The default data value is 00H (0 is represented by 10 pulses).
;000E 00
;---
;--- CRC ENABLE SWITCH (Parameter type 0FH - DTI/2x2 only)
;*** This parameter shall not be altered.
;--- Turns the transmission of the CRC4 pattern on or off amd searches
;--- for such a pattern in the received signal.
;--- Possible values for the data are as follows:
;--- 00H = Turn CRC off
;--- 01H = Turn CRC on
;--- The default data value is 00H (Turn CRC off).
000F 00
;---
;--- RECEIVE PULSE DIGIT DEFINITION (Parameter type 11H)
;--- Defines which bit will be examined to detect a pulse digit received from
;--- the network and the polarity of the transition to be considered a pulse.
;--- One and only one bit may be defined.
;--- The data is broken up as follows:
;--- Lower nibble:
;--- 01H = detect digit on A bit
;--- 02H = detect digit on B bit
;--- 04H = detect digit on C bit (E1 only)
;--- 08H = detect digit on D bit (E1 only)
;--- Upper nibble:
;--- 10H = positive polarity (off-on followed by on-off
;--- transition)
;--- 00H = negative polarity (on-off followed by off-on
;--- transition)
;--- The default data value is:
;--- 11H for T1 (detect digit with positive polarity on A bit).
;--- 01H for E1 (detect digit with negative polarity on A bit).
;0011 11
;---
;--- LINE LENGTH (Parameter type 12H)
;--- Defines output waveform template based on length of
;--- cable being driven.
;--- Possible values for the data are as follows:
;--- 00H = 000-110 ft.
;--- 01H = 110-220 ft.
;--- 02H = 330-440 ft.
;--- 03H = 220-330 ft.
;--- 04H = Square template
;--- 05H = > 655 ft.
;--- 06H = 440-550 ft.
;--- 07H = 550-660 ft.
;--- The default data value is 00H (000-110 ft.).
0012 00
#
#
#
# Start of Voice Parameters
#
#
AREA=VOICE
/*---------------------------------------------------------------------- */
/* AR_D12_A.PRM version 1.00 Prod */
/* Dialogic Download Parameter File */
/* for the D/81A when used with the DTI/212 */
/* Copyright Dialogic Corp. 1996 */
/*---------------------------------------------------------------------- */
/* WARNING: Parameter values in this file shall not be altered. */
/* Altering these parameters may void the approval granted for */
/* The Area declaration was added on 2/2/94, it is required to support */
/* some SC/XXX product configurations. */
PARM[1]=50441 /* -11 dBm0 nominal, DTMF tx amp., low group, low word */
PARM[2]=12 /* high word */
PARM[3]=0 /* -9 dBm0 nominal, DTMF tx amp., high group, low word*/
PARM[4]=14 /* high word */
PARM[11]=42351 /* -12 dBm0 playback volume typical, low word */
PARM[12]=40 /* high word */
PARM[13]= 101
PARM[14]= 165
PARM[20]=3200 /* DTMF sensitivity level set at approximately -37 dBm0 */
PARM[22]=9373 /* AGC window low word */
PARM[23]=9 /* high word */
PARM[42]=52760 /* AGC minimum average low word */
PARM[43]=68 /* high word */
PARM[44]=2282 /* AGC slope after attenuation low word */
PARM[45]=0 /* high word */
PARM[46]=4241 /* AGC attenuation threshold low word */
PARM[47]=0 /* high word */
PARM[48]=22482 /* Playback Volume Cap, (same as UK) low word */
PARM[49]=37 /* high word */
PARM[63]=10 /* DTMF tone length duration */
PARM[67]=15883 /* Silence threshold low word */
PARM[68]=1 /* Silence threshold hi word */
PARM[70]=128
parm[81]=84 /* Idle pattern = 54 */
#######################################################
#
# DPD parmaeters are from FW 5.67-production
#
#######################################################
SIZE=WORD
BASE=DECIMAL
# Global DPD parameter file for Argentina v. 1.0
PARAM 144 : 800 # dpd_Maxsil
PARAM 145 : 960 # dpd_Per1_max
PARAM 146 : 660 # dpd_Per1_min
PARAM 147 : 330 # dpd_Brak_min
PARAM 148 : 660 # dpd_Brak_max
PARAM 149 : 4 # dpd_Numdel
PARAM 150 : 635 # dpd_Con_max
PARAM 151 : 200 # dpd_Con_min
PARAM 152 : 400 # dpd_Con_both
PARAM 153 : 345 # dpd_Pulse_per_min
PARAM 154 : 8000 # dpd_Db_cnt1
PARAM 155 : 8000 # dpd_Speech_cnt1
PARAM 156 : 5000 # dpd_Speech_cnt2
PARAM 157 : 250 # dpd_Dig_len1
PARAM 158 : 855 # dpd_Dig_len2
PARAM 159 : 4000 # dpd_End_pos1
PARAM 160 : 5000 # dpd_End_pos2
PARAM 161 : 200 # dpd_Clk_lim
PARAM 162 : 200 # dpd_Sum_lim
PARAM 163 : 20 # dpd_Zx_lim
PARAM 164 : 3 # dpd_Mirror_lim
PARAM 165 : 10 # dpd_Zxrat_lim
PARAM 166 : 416 # dpd_Clkrat_lim scaled at 1.625 x 256
PARAM 167 : 8000 # dpd_Huge_cnt
PARAM 168 : 12 # dpd_Concln1 scaled at 0.75 x 16
PARAM 169 : 19 # dpd_Concln2 scaled at 1.2 x 16
PARAM 160 : 850 # dpd_Concln3
PARAM 171 : 58 # dpd_Consym1 scaled at 3.6 x 16
PARAM 172 : 44 # dpd_Consym2 scaled at 2.75 x 16
PARAM 173 : 56 # dpd_Consym3 scaled at 3.5 x 16
PARAM 174 : 450 # dpd_Consym4
PARAM 175 : 700 # dpd_Half_lim
PARAM 176 : 160 # dpd_Echo1
PARAM 177 : 100 # dpd_Echo2
PARAM 178 : 5 # dpd_Del_range
PARAM 179 : 6 # dpd_Clkpp_max
PARAM 180 : 7 # dpd_Clk1max
PARAM 181 : 2400 # dpd_Max_lev_min
PARAM 182 : 87 # dpd_Parm_extra1 --> dpd_Consym1_low 5.4 x 16 =
87
PARAM 183 : 69 # dpd_Parm_extra2 --> dpd_Consym2_low 4.3 x 16 =
69
PARAM 184 : 800 # dpd_Parm_extra3
PARAM 185 : 800 # dpd_Parm_extra4
PARAM 186 : 0 # dpd_india_flag
#######################################################
#
# End DPD parmaeters section
#
#######################################################
###################################
# #
# DIALOGIC CONFIGURATION FILE #
# #
###################################
[Genload - All Boards]
LogFile=genload.log
BLTAddress = D8000
Dialog/HD=YES
BusType=SCBus
SCBusClockMaster=AUTOMATIC
SCBusClockMasterSource=AUTOMATIC
PCMEncoding=ALAW
[Genload - ID 0] /* T1/E1 Frontend HD */
ParameterFile=AR_300.prm
#[Genload - ID 1] /* T1/E1 Frontend HD */
#ParameterFile=AR_300.prm
[Genload - ID 1] /* D/41E TYPE */
D41E_Resource = ON
#[Genload - ID 3] /* D/41E TYPE */
#D41E_Resource = ON
[Genload - ID 2] /* D/41E TYPE */
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