Pre-Paid Application

IVR Type = 2

This section describes the Network Configuration, Call Flow, and RADIUS Interaction for a Pre-Paid application.

Contents

Network Configuration for Pre-Paid Services

Tenor Parameters dealing with Pre-Paid Application

Pre-Paid Calling Card Call Flow Diagrams

Pre-Paid RADIUS Request and Response Messages

Pre-Paid RADIUS Trace Messages

Network Configuration for Pre-Paid Services

Figure 3 shows a typical network configuration for hosting pre-paid services. The subscribers can access these services by dialing the access number from the PSTN.

After the account number has been authenticated, the destination number has been authorized, and it has been established that the account has sufficient funds to complete the call, the call is routed to the destination over the IP network and in most cases, "hops off" of the IP network onto the PSTN on the destination side.

Figure 3 Network Configuration for Pre-Paid Services

Pre-Paid Calling Card Services Call Flow (Narrative to Figure 3)

Subscriber calls into the local Tenor by access number (1-800-xxx-xxxxx).
Tenor prompts the subscriber for the card number.
Caller enters the card number.
Tenor sends the card number to the RADIUS server for verification.
The RADIUS server verifies the card number, locks the account and returns the credit balance in the account.
Tenor plays the credit amount and prompts the subscriber for the destination number.
Caller enters the destination number.
Tenor sends the destination number to the RADIUS server for authorization.
RADIUS server responds with the duration for which the caller is authorized to speak to the destination number in seconds.
Tenor plays the authorized duration in minutes.
The call is sent over the IP network to the destination Tenor.
The destination Tenor sends the call over the PSTN to the destination phone and the call is established.
If the incoming side disconnects, a stop accounting request is sent to the RADIUS server for the answered leg of the call.
The RADIUS server unlocks the account and acknowledges the stop accounting request.
The Tenor disconnects the outgoing leg of the call and sends a stop accounting request to the RADIUS server.
The RADIUS server deducts the minutes and acknowledges the stop accounting request for the originated leg.

Tenor Parameters dealing with Pre-Paid Application

For more details about these parameters, please consult the Quintum Command Line Interface (CLI) Reference Guide.

Pre-Paid Tenor Parameters

This first set of parameters is located in the 1G Tenor PSTNTG and PBXTG prompts, and in the 2G Tenor TCRG and LCRG prompts.

Table 6 Pre-Paid Tenor Parameters

Function

1G Tenor

2G Tenor

Prompt Level

config pstntg 1#

config pbxtg 1#

config-TrunkCircuitRoutingGroup-1#

config-LineCircuitRoutingGroup-1#

Parameters relative to the Pre-Paid Calling Card Application

Ivr Type = Pre-Paid Calling Card

Ivr Card Digit Length = 12

Ivr Language Type = 0

Ivr Language = 0 4 2

MultiSession code: = **

IVR Access Number = 18005551234

Ivr Answer Delay = 10

Retry Counter = 1

IVRType: 2 Pre-paid Calling Card

IVRCardNumLength: 12

IVRPreAuthentication : 0

IVRLanguage: 0,4,2

IVRMultiSession: **

IVRAccessNumber: 18005551234

IVRAnswerDelay: 10 msec;default

N/A

IVR Type = Pre-paid Calling Card

1G: ivrtype - sets up the PSTNTG or PBXTG for a Pre-Paid Calling Card application when set to "2."

2G: IVRType - sets up the TCRG or LCRG for a Pre-Paid Calling Card application when set to "2."

IVR Card Digit Length = 12

1G: ivrcardlength - sets the number of digits that are in a Pre-paid Card Number. Valid Values = 1-20 or "variable" (setting = blank).

2G: IVRCardNumLength - sets the number of digits that are in a Pre-paid Card Number. Valid Values = 1-20 or "variable" (setting = 255)

A "#" must be entered at the end of the card number if this value is set to "variable." If you do not enter a "#", the local system's interdigit timeout determines how long it will take to return a "fast busy" signal. Quintum's default value = 4 seconds.

IVR Language Type = 0

1G: ivrlangtype

2G: IVRPreAuthentication

This setting allows you to choose the language as follows:

- If it is set to 0, then the caller will be prompted to select his or her preferred language (if more than one language is configured).
- If it is set to 1, then a pre-authentication request is sent to the RADIUS server and the RADIUS server returns the configured preferred language.

Having the RADIUS Server determine the language is also referred to as "Preauthentication" in this document.

IVR Language = 0 4 2

1G: ivrlanguage - the loadlanguage command must be enacted (under the IVR prompt) before you can select the order of the languages to be played (1G only).

- 0=English, 1=Persian, 2=Mandarin, 3=French, 4=Spanish, 5=German, 6=Arabic, 7=Russian

2G: IVRLanguage

This setting allows you to choose the language and sequence for the IVR prompts (see list of available languages below).

- 0=English, 1=Persian, 2=Mandarin, 3=French, 4=Spanish, 5=German, 6=Arabic, 7=Russian, 8=Cantonese

See Detailed 2G Command Description for details.

MultiSession code: = **

1G: multisession

2G: IVRMultiSession

Enabling this setting allows the caller to type "**" or "##" (only one is valid at a time) and place another phone call without going through the authentication process again.

IVR Access Number = 18005551234

1G: ivraccessnumber

2G: IVRAccessNumber

The number in this field is presented to the RADIUS Server during the Authentication part of the call flow. It could determine the rate for the call or the preferred language, or another variable. If the Central Office provides a DNIS, then the DNIS will be sent to the RADIUS Server instead.

IVR Answer Delay = 10

1G: ivranswerdelay

2G: IVRAnswerDelay

This command determines the amount of time (in milliseconds) between when the call actually connects and when the first IVR prompt begins to play.

Retry Counter = 1

1G: retrycounter

2G: Not available

This command determines the number of times the caller may make an error and re-enter their card number or destination number. After making the error, the user must dial "#" - number sign or hash sign - before redialing.

Typically, passthru (1G) / PassThroughEnable (2G) is set to "no" in Pre-Paid (and Post-Paid) configurations.

promptdisabled

1G: promptdisabled

This command disables playing credit amount or credit time.

Settings: 0=none, 1=balance, 2=time, 3=both

2G: Not available

RADIUS User Prompt Parameters

This next set of parameters is located in the RADIUS User prompt (1G Tenor) and the RadiusInfo-UserServer prompt (2G Tenor).

Table 7 RADIUS User Prompt Parameters

Function	1G Tenor	2G Tenor
Prompt Level	config radius user#	RadiusInfo-UserServer
Primary RADIUS Server IP Address and Port Numbers	host p 192.168.55.100 authenticationport p 1645 accountingport p 1646	PrimaryServerIPAddr : 192.168.55.100 PrimaryAuthenticationPort : 1645 PrimaryACcountingPort : 1646
Secondary RADIUS Server IP Address and Port Numbers	host s 0.0.0.0 authenticationport s 1812 accountingport s 1813	SecondaryServerIPAddr : 0.0.0.0 SecondaryAuthenticationPort : 1812 SecondaryACcountingPort : 1813
Other Related Parameters	retry = 3 timeout = 5 accountingtype = 2 sharedsecret *******	RetryCount : 3 Retry Count, default Timeout : 5 5 seconds Time Out AccountingType : 5 Type 5; send 2 acct. SharedSecret : quintum Up to 63 chars

Both 1G and 2G Tenors can support a Primary and a Secondary RADIUS Server for redundancy. Two sets of IP Addresses and Communication Port Numbers can be configured, as shown. Descriptions of the parameters listed in the "Other Related Parameters" section above follow:.

If there is no response from the RADIUS server, the retry/RetryCount command determines the number of times the Tenor transmits RADIUS data before it stops sending requests to the Primary Server and begins sending it to the Secondary RADIUS Server.
If 3 consecutive calls have call requests that are not responded to by the Primary RADIUS Server, then the Secondary Server becomes the Primary Server and the Primary Server becomes the Secondary Server.
Every time such a switch-over happens, a log alarm is generated that also generates an SNMP trap message.
The timeout command determines the amount of time (in seconds) in between tries.
The accountingtype command determines how many "stop accounting" messages are sent to the RADIUS Server. A setting of "5" should be the default for RADIUS configurations. This dictates that Tenor sends 1 stop accounting message for the inbound leg of a call, but only 1 for the outbound leg, regardless of the number of routes attempted on the outbound leg..
The sharedsecret determines the RADIUS "key." This acts as a security measure, by setting a password and by encrypting/decrypting the data sent in between the Tenor and the RADIUS Server. This value must be identical to the value configured on the RADIUS server. This alphanumeric value can be up to 63 characters in length.

Tenor IVR Prompt Parameters

This next set of parameters is located in the 1G Tenor IVR prompt and is not necessary to configure on 2G Tenors.

The parameters that reside under this 1G prompt are to establish communication with IVR-related (voice prompt) sound files through a TFTP Server connection, and to declare which of the possible languages are valid for this Tenor. By default, Tenor supports one language, but purchasing a license upgrade can increase the number of simultaneous languages - please contact your Quintum Sales Associate for details.

This is not necessary to configure on 2G Tenors, because these IVR prompt files are stored on-board, and do not require an additional resource. However, remote TFTP servers can be specified if desired.

Table 8 Tenor IVR Parameters

Function	1G Tenor	2G Tenor
Prompt Level	config ivr#	config-IVRFileServer-1#
Primary and Secondary IP Address of IVR Prompt Servers and Enabled Languages	Primary File Server: IP Address = 192.168.55.100 Secondary File Server: IP Address = 192.168.44.100 Enabled Languages: 0 2 4 5	Not Applicable
Other Related Parameters	timeout	Not Applicable

Primary and Secondary File Server

fileserverip (primary and secondary) - This setting allows you to set the IP Address of two (2) IVR Prompt Servers.

IVR prompt files must be resident on the Server side.

Sample files are available from the "Customer Service" section of Quintum's Website - http://www.quintum.com .

See Section 9 of this document for more information regarding the Prompt Files themselves.

TFTP Server Software (not supplied by Quintum) must also be used on the Server Side to have all of the necessary pieces to facilitate this function.

Enabled Languages = 0 2 4 5

loadlanguages - Determines in which language the IVR Voice Prompt files will be enabled (loaded) for this Tenor. As described earlier, the prompt files are not actually "loaded" onto the Tenor, they are extracted, cached, and played on an as-needed basis from an IVR Prompt Server.

You will not be able to configure any ivrlanguage settings (PBXTG or PSTNTG), no IVR prompts will be played, and no IVR calls will be passed until this parameter is configured (see list of available languages below).

0=English, 1=Persian, 2=Mandarin, 3=French, 4=Spanish, 5=German, 6=Arabic

Other Related Parameters

1G: The timeout command determines the amount of time (in seconds) to extend the duration for which the 1G Tenor will wait to receive the entire prompt from the TFTP server.

Pre-Paid Calling Card Call Flow Diagrams

Two different call flow diagrams are depicted in this section. The variations are due to the method of Language Selection.

Pre-Paid Call Flow Using Pre-Authentication For Language Selection

Figure 4 shows the interaction between the Calling Party, the Tenor, and the RADIUS Server for a Pre-Paid Calling Card Service in which:

Pre-Authentication is used to select the Caller's preferred language (ivrlangtype=1). If this setting = 0, then see Figure 6.
A match of the ANI plus the IVR Access Number is found on the RADIUS Server.

Figure 4 Pre-Paid Calling Card With Pre-authentication (match is successful)

Pre-Paid Call Flow Using Pre-Authentication For Language Selection

Figure 5 shows the interaction between the Calling Party, the Tenor, and the RADIUS Server for a Pre-Paid Calling Card Service in which:

Pre-Authentication is used to select the Caller's preferred language (ivrlangtype=1). If this setting = 0, then see Figure 6.
A match of the ANI plus the IVR Access Number is not found on the RADIUS Server.

Figure 5 Pre-Paid Calling Card With Pre-authentication (match is not successful)

Pre-Paid Call Flow where the Caller is prompted to select the Language

Figure 6 shows the interaction between the calling party, the Tenor, and the RADIUS server for a pre-paid calling card service in which the caller is prompted to select the language to be used for playing the prompts (ivrlangtype=0).

If this setting = 1, then see Figure 4 or 5.

Figure 6 Pre-Paid Calling Card, Caller Selects Language of Choice

Pre-Paid RADIUS Request and Response Messages

This section describes the RADIUS Request and Response messages that the Tenor uses in a Pre-Paid Service.

Pre-Authentication: Pre-Paid Model

Pre-Authentication is a RADIUS Access-Request sent to the RADIUS Server to authenticate the caller based on the calling party number and get the preferred language to interact with the caller (ivrlanguage = 1). If the RADIUS server successfully authenticates the caller, then the Tenor skips the authentication step. Table 9 shows the attributes sent to the RADIUS server in the pre-authentication request message.

Table 9 Pre-authentication Request Message Attributes

IETF Attribute Number	Attribute Name	VSA NUM	Description	Value Format	Sample Value
4	NAS-IP-Address	-	IP Address of the requesting Tenor	Numeric	3506546880
61	NAS-Port-Type	-	Tenor's port type on which the call is active	Numeric	0: Asynchronous
1	User-Name	-	Calling Party Information (ANI)	String	7325554591
26	h323-ivr-out	1	IVR access number	String	ACCESSCODE: 8005367500
26	h323-ivr-out	1	Calling Party (ANI) Information	String	ANI_INFO:
26	h323-conf-id	24	16 octets h323 GUID	16 octets	33636366 66656235 34003438 350044
31	Calling-Station-Id	-	Calling Party Number (ANI)	String	7329701330

Pre-Authentication Response: Pre-Paid Model

Pre-Authentication Response is the Access-Accept or Access-Reject message, the RADIUS server sends to the Tenor in response to the pre-authentication request. Table 10 shows all the attributes that the RADIUS server can include in the pre-authentication response message. If pre-authentication fails then h323-return-code and h323-preferred-lang are used by the Tenor. Any additional attributes included in the pre-authentication message will be ignored. Grayed out entries are for future use.

Table 10 Pre-Authentication Response Message Attributes

IETF Attribute Number	Attribute Name	VSA NUM	Description	Value Format	Sample
26	h323-return-code	103	Pre-authentication results	Numeric	2 Invalid PIN number
26	h323-preferred-lang	107	The language to use for playing the prompts	ISO 639-1	En
26	h323-credit-amount	101	Credit amount remaining in the account	Numeric	13.25
26	h323-currency	110	Currency to use with h323-credit-amount	ISO 4217	USD
26	h323-ivr-in	1	Class of Service like pre-paid, post-paid etc.	String	CLASS_OF_SERVICE:1
26	h323-ivr-in	1	Greeting Message to Play	String	GREETING:grt1.wav
26	h323-billing-model	109	Type of billing service for a specific call.	Numeric	0=debit, 1=pre-paid
26	h323-prompt-id	104	Prompt Number to be played	Numeric	27

Authentication Request: Pre-Paid Model

Table 11 shows the attributes that the Tenor includes in Authentication Request messages.

Table 11 Authentication Request Attributes

IETF Attribute Number	Attribute Name	VSA NUM	Description	Value Format	Sample
4	NAS-IP-Address	-	IP Address of the requesting tenor	Numeric	3506546880
61	NAS-Port-Type	-	Tenor's port type on which the call is active.	Numeric	0: Asynchronous
1	User-Name	-	Account number or PIN to be authenticated	String	1234567890
26	H323-conf-id	24	16 octets h323 GUID	16 octets
31	Calling-Station-Id	-	Calling Party Number (ANI)	String	7329701330
26	H323-ivr-out	1	IVR Access Number	String	ACCESS:8005551234
2	User-Password	-	16 octets user password	String	X2yz6

Application-Dependent Attribute Values: Pre-Paid Model

Table 12 shows the values of the User-Name and the User-Password based on the kind of server hosted (in this case, Pre-Paid).

Table 12 Authentication data for different services

Attribute Name

Pre-paid Calling Card

IVR Type = 2

User-Name

Card Num

User-Password

Not Used

Authentication Response: Pre-Paid Model

These are the Access-Accept and Access-Reject messages from the RADIUS server. If the authentication response is Access-Accept, then beside the return code the RADIUS Server could include other information depending on the IVR service being hosted. Table 13 shows all the attributes the Tenor could expect in an authentication response message. Items that are grayed-out will be implemented in the future.

Table 13 Authentication Response Attributes

IETF Attribute Number	Attribute Name	VSA NUM	Description	Value Format	Sample
26	H323-return-code	103	The reason for failing authentication	Numeric	2 Invalid PIN number
26	H323-preferred-lang	107	Lang to play prompt	ISO 639-1	En
26	H323-credit-amount	101	Credit amount remaining in the account	Numeric	13.25
26	H323-billing-model	109	Type of billing service to use for this call.	Numeric	1:debit, 0:pre-paid
26	H323-currency	110	Currency to use with h323-credit-amount	ISO 4217	USD
26	H323-prompt-id	104	Index into an array of prompt files	Numeric	27

Authorization Request: Pre-Paid Model

Authorization Request is a RADIUS Access-Request, which if successful, will convey to the Tenor the duration for which the caller can stay connected to his or her destination (determines the time this person has to make this call). Table 14 shows the attributes used in the Authorization Request Message for Pre-Paid Services.

Table 14 Authorization Request Attributes

IETF Attribute Number	Attribute Name	VSA NUM	Description	Value Format	Sample
4	NAS-IP-Address	-	IP Address of the requesting tenor	Numeric	3506546880
61	NAS-Port-Type	-	Tenor's physical port	Numeric	0: Asynchronous
1	User-Name	-	Authenticated account number or PIN	String	1234567890
26	H323-conf-id	24	16 octets h323 GUID	16 octets
30	Called-Station-Id	-	Destination phone number to be authorized	String	2124601000
31	Calling-Station-Id	-	Calling Party Number (ANI)	String	7329701330
26	H323-ivr-out	1	Flag for subsequent authorizations	String	FOLLOW_ON_FLAG:0
26	H323-ivr-out	1	IVR access number	String	ACCESS:8005551234
2	User-Password	-	16 octets user password	String	X2yz6

Authorization Response: Pre-Paid Model

Table 15 shows the attributes that the Tenor expects to receive in an Access-Accept response.

Table 15 Authorization Response Attributes

IETF Attribute Number	Attribute Name	VSA NUM	Description	Value Format	Sample
26	H323-return-code	103	The reason for failing authentication	Numeric	2 Invalid PIN number
26	h323-ivr-in	1	Duration that the call can last in seconds	String	DURATION: in seconds
26	H323-credit-time	102	Duration in seconds announced to the caller	Numeric	1320

Note

The h323-ivr-in attribute has different functions in RADIUS. When used in the authorization response, it will tell the Tenor/CMS when to disconnect the call.

So, if the user gets h323-credit-time = 6000 (in seconds), h323-ivr-in = 90 and the ivrtype is 2, then the user will hear "you have 100 minutes for the call" but the call will disconnect in 90 seconds.

Stop Accounting Request: Pre-Paid Model

At the end of each Pre-Paid Call, the Tenor will send one RADIUS Accounting-Request message for each leg of the call. The RADIUS Server should acknowledge each Stop Accounting Request. The values of the attributes will differentiate between the incoming and outgoing as well as the Telephony (Circuit) and VoIP (Packet) legs of the call. Table 16 shows the attributes included in the stop accounting request message. The attributes grayed out are for future use.

Table 16 Stop Accounting Request Attributes

IETF Attribute Number	Attribute Name	VSA NUM	Description	Value Format	Sample
4	NAS-IP-Address	-	IP Address of the requesting tenor	Numeric	3506546880
61	NAS-Port-Type	-	The type of physical port for Authentication	Numeric	0: Asynchronous
1	User-Name	-	Account number or calling party number	String	7325551212
30	Called-Station-Id	-	Destination phone number	String	7324609000
31	Calling-Station-Id	-	Calling Party Number (ANI)	String	7329701330
40	Acct-Status-Type	-	Account Request Type (stop)	Numeric	2: stop
6	Service-Type	-	Type of service requested	Numeric	1: login
26	Tenor-NAS-Port	2	Tenor's physical port with active call The format is: 0 slot /line/channel	String	0 0/2/3
26	h323-gw-id	33	Name of the Tenor	String	Quintum Tenor
26	h323-conf-id	24	16 octets h323 GUID	16 octets
26	h323-incoming-conf-id	1	A number to match all calls in a session	16 octets
26	h323-call-origin	26	The call relation to the tenor	String	answer, originate
26	h323-call-type	27	Protocol type used on this leg of the call	String	Telephony or VoIP
26	h323-setup-time	25	Setup time in UTC format	String
26	h323-connect-time	28	Connect time in UTC format	String
26	h323-disconnect-time	29	Disconnect time in UTC format	String
26	H323-ivr-out	1	IVR access number	String	ACCESS:8005551234
26	h323-disconnect-cause	30	Q.931 disconnect cause code	Hexadecimal
26	h323-voice-quality	31	ICPIF of the voice quality	Numeric
26	h323-remote-address	23	IP address of the remote gateway	Numeric
44	Acct-Session-Id		A unique accounting identifier-match start and stop	String
42	Acct-Input-Octets		Number of octets received for that call duration	Numeric
43	Acct-Output-Octets		Number of octets sent for that call duration	Numeric
47	Acct-Input-Packets		Number of packets received during the call	Numeric
48	Acct-Output-Packets		Number of packets sent during the call	Numeric
46	Acct-Session-Time		For how many second the user receive the service	Numeric
41	Acct-Delay-Time		No of seconds tried in sending a particular record	Numeric	5

Stop Accounting Response from the RADIUS Server

The RADIUS server will simply acknowledge the request. Any attributes sent by the RADIUS server in response to a Stop Accounting Request will be discarded by the Tenor.

Call Leg-Dependent Attribute Values

Table 17 shows the attributes in the stop account message that will have different values depending on the leg and type of the call.

Table 17 Stop Accounting Request Attributes

Attribute Name	Incoming Leg Stop Accounting	Outgoing Leg Stop Accounting
Called-Station-Id	Service Access Number	Destination Phone Number
Tenor-NAS-Port	0 slot /line/channel or 1 slot/line/channel	Absent
h323-call-origin	Answer	Originate
h323-call-type	Telephony only	Telephony or VoIP

Pre-Paid RADIUS Trace Messages

Quintum:san_fran> ev +rad (on Tenor) or ev sl14dv1radius (on CMS)

Event Log Add To Mask...

Enabled Modules: excp rad

Quintum:san_fran> ev c

Clearing Event Log...

Quintum:san_fran> q

Press <Enter> to return to Command mode

Authentication Messages

Request

RADIUS : 51068548:AUTHENTICATION REQUEST msg Id= 6

RADIUS : 51068548:Adding Attribute 4 6 3232249604

RADIUS : 51068548:Adding Attribute 1 6 1234

RADIUS : 51068548:Adding Attribute 2 18 encrypted

RADIUS : 51068548:Adding Attribute 61 6 0

RADIUS : 51068548:Adding Attribute 26 56 24 50 h323-conf-id=33643766 33373531 34003100 FFA3FBC9

RADIUS : 51068548:Adding Attribute 26 43 1 37 h323-ivr-out=ACCESSCODE:18005551234

RADIUS : 51068548:Packet Length = 155

RADIUS : 51068548:RadiusRequest: Sending Access-Request MsgId=6 to 192.168.55.100, port 1645, Descriptor 3

Response

RADIUS : 51068557:RadiusResponse: Received response, length=162, id=6, type=2

RADIUS : 51068557:RadiusSocket: Received ACCESS ACCEPT RESPONSE

RADIUS : 51068557:AccessAccept: Return Code = 0

RADIUS : 51068557:AccessAccept: Prompt Id= 0

RADIUS : 51068557:AccessAccept: Prefered Language = en

RADIUS : 51068557:AccessAccept: Credit Amount= 49.41

RADIUS : 51068557:AccessAccept: Currency Type= USD

Authorization Messages

Request

RADIUS : 51069760:AUTHORIZATION REQUEST msg Id= 7

RADIUS : 51069760:Adding Attribute 1 6 1234

RADIUS : 51069760:Adding Attribute 2 18 encrypted

RADIUS : 51069760:Adding Attribute 4 6 3232249604

RADIUS : 51069760:Adding Attribute 61 6 0

RADIUS : 51069760:Adding Attribute 26 56 24 50 h323-conf-id=33643766 33373531 34003100 FFA3FBC9

RADIUS : 51069760:Adding Attribute 26 37 1 31 h323-ivr-out=FOLLOW_ON_FLAG:0

RADIUS : 51069760:Adding Attribute 30 13 19088888888

RADIUS : 51069760:Packet Length = 162

RADIUS : 51069760:RadiusRequest: Sending Access-Request MsgId=7 to 192.168.55.100, port 1645, Descriptor 3

Response

RADIUS : 51069767:RadiusResponse: Received response, length=164, id=7, type=2

RADIUS : 51069767:RadiusSocket: Received ACCESS ACCEPT RESPONSE

RADIUS : 51069767:AccessAccept: Return Code = 0

RADIUS : 51069767:AccessAccept: Prompt Id= 0

RADIUS : 51069767:AccessAccept: Prefered Language = en

RADIUS : 51069767:AccessAccept: Credit Time= 32939

RADIUS : 51069767:AccessAccept: ivr-in duration = 16470

Outgoing Leg Accounting Messages

Request

RADIUS : 51074179:STOP ACCOUNTING REQUEST msg Id= 8

RADIUS : 51074179:Adding Attribute 4 6 3232249604

RADIUS : 51074179:Adding Attribute 26 15 2 9 0 0/2/3

RADIUS : 51074179:Adding Attribute 61 6 0

RADIUS : 51074179:Adding Attribute 1 6 1234

RADIUS : 51074179:Adding Attribute 30 13 19088888888

RADIUS : 51074179:Adding Attribute 31 2

RADIUS : 51074179:Adding Attribute 40 6 2

RADIUS : 51074179:Adding Attribute 41 6 0

RADIUS : 51074179:Adding Attribute 42 6 0

RADIUS : 51074179:Adding Attribute 43 6 0

RADIUS : 51074179:Adding Attribute 44 18 8084397F00000006

RADIUS : 51074179:Adding Attribute 46 6 37

RADIUS : 51074179:Adding Attribute 47 6 0

RADIUS : 51074179:Adding Attribute 48 6 0

RADIUS : 51074179:Adding Attribute 6 6 0

RADIUS : 51074179:Adding Attribute 26 56 24 48 h323-conf-id=33643766 33373531 34003100 FFA3FBC9

RADIUS : 51074179:Adding Attribute 26 65 1 59 h323-incoming-conf-id=33643766 33373531 34003100 FFA3FBC9

RADIUS : 51074179:Adding Attribute 26 28 33 22 h323-gw-id=sf_analog

RADIUS : 51074179:Adding Attribute 26 34 26 28 h323-call-origin=originate

RADIUS : 51074179:Adding Attribute 26 27 27 21 h323-call-type=VoIP

RADIUS : 51074179:Adding Attribute 26 56 25 50 h323-setup-time=12:30:38.550 UTC Wed Sep 11 2002

RADIUS : 51074179:Adding Attribute 26 58 28 52 h323-connect-time=12:30:41.700 UTC Wed Sep 11 2002

RADIUS : 51074179:Adding Attribute 26 61 29 55 h323-disconnect-time=12:31:18.870 UTC Wed Sep 11 2002

RADIUS : 51074179:Adding Attribute 26 40 23 34 h323-remote-address=192.168.55.8

RADIUS : 51074179:Adding Attribute 26 32 30 26 h323-disconnect-cause=10

RADIUS : 51074179:Adding Attribute 26 28 31 22 h323-voice-quality=0

RADIUS : 51074179:Packet Length = 619

RADIUS : 51074179:RadiusRequest: Sending Accounting-Request MsgId=8 to 192.168.55.100, port 1646, Descriptor 3

Response

RADIUS : 51074203:RadiusResponse: Received response, length=20, id=8, type=5

RADIUS : 51074203:RadiusSocket: Received ACCOUNTING RESPONSE

Incoming Leg Accounting Messages

Request

RADIUS : 51074957:STOP ACCOUNTING REQUEST msg Id= 9

RADIUS : 51074957:Adding Attribute 4 6 3232249604

RADIUS : 51074957:Adding Attribute 26 15 2 9 0 0/2/3

RADIUS : 51074957:Adding Attribute 61 6 0

RADIUS : 51074957:Adding Attribute 1 6 1234

RADIUS : 51074957:Adding Attribute 30 13 18005551234

RADIUS : 51074957:Adding Attribute 31 2

RADIUS : 51074957:Adding Attribute 40 6 2

RADIUS : 51074957:Adding Attribute 41 6 0

RADIUS : 51074957:Adding Attribute 42 6 0

RADIUS : 51074957:Adding Attribute 43 6 0

RADIUS : 51074957:Adding Attribute 44 18 8084397F00000006

RADIUS : 51074957:Adding Attribute 46 6 77

RADIUS : 51074957:Adding Attribute 47 6 0

RADIUS : 51074957:Adding Attribute 48 6 0

RADIUS : 51074957:Adding Attribute 6 6 0

RADIUS : 51074957:Adding Attribute 26 56 24 48 h323-conf-id=33643766 33373531 34003100 FFA3FBC9

RADIUS : 51074957:Adding Attribute 26 65 1 59 h323-incoming-conf-id=33643766 33373531 34003100 FFA3FBC9

RADIUS : 51074957:Adding Attribute 26 28 33 22 h323-gw-id=sf_analog

RADIUS : 51074957:Adding Attribute 26 31 26 25 h323-call-origin=answer

RADIUS : 51074957:Adding Attribute 26 32 27 26 h323-call-type=Telephony

RADIUS : 51074957:Adding Attribute 26 56 25 50 h323-setup-time=12:30:09.230 UTC Wed Sep 11 2002

RADIUS : 51074957:Adding Attribute 26 58 28 52 h323-connect-time=12:30:09.440 UTC Wed Sep 11 2002

RADIUS : 51074957:Adding Attribute 26 61 29 55 h323-disconnect-time=12:31:26.650 UTC Wed Sep 11 2002

RADIUS : 51074957:Adding Attribute 26 32 30 26 h323-disconnect-cause=10

RADIUS : 51074957:Adding Attribute 26 28 31 22 h323-voice-quality=0

RADIUS : 51074957:Packet Length = 581

RADIUS : 51074957:RadiusRequest: Sending Accounting-Request MsgId=9 to 192.168.55.100, port 1646, Descriptor 3

Response

RADIUS : 51074966:RadiusResponse: Received response, length=20, id=9, type=5

RADIUS : 51074966:RadiusSocket: Received ACCOUNTING RESPONSE