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The Call Accounting Manager (CAM) generates Call Detail Records (CDRs) and supports accounting event logging on the

You can send 

1. Local hard disk—If accounting is enabled, then ASCII records are always written to the local disk.
2. An external server, for example: 
   1. To a DSI-L0 server—If configured, the ASCII records can be transferred to an external

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       DSI server using SFTP.
   2. To an external billing server in an IMS network via the Rf Interface.
3. RADIUS server—RADIUS accounting records can be generated and sent to an external RADIUS server.

Call Detail Record Format

This section describes the ASCII and streaming Call Detail Record (CDR) format.

Various

For GW-GW calls on the

For more information on known limitations, refer to the applicable release notes at SBC Release Information page.

Accounting File Version

The CAM version of SBX SW release V1010.0001.00 is 98is 100.00.00 (major CAM version is 98100, minor CAM version is 0, a special CAM version is 0). The associated hex format of CAM file version is displayed as 00620000 in 00640000 in ASCII CAM file header as follows:

Sonus Networks, Inc.00000000FF600000610000000000000128V0900000000FF600000640000000000000128V10.0201.00R001 0000000000000000000000000000ACT202012211241130000000000000000R000 0000000000000000000000000000ACT2021102711484600000000000000

File Header

Every event log file, including accounting logs, contains a file header. This header consists of a 128-character string terminated by a carriage return. Each field in the event log file header is defined in the following table:

File Footer

The one line footer, below, is appended to each log file (including accounting logs) when the file is closed under controlled conditions.

DDMMYYYY HHMMSS: File administratively closed.

Controlled conditions include CLI commands (for example, set oam eventLog typeAdmin acct rolloverAction...) and automatic roll-overs when maximum file size is reached.

When an uncontrolled file closure occurs, such as an

Renaming Open Accounting Files

The SBC includes the ability to rename a currently-open accounting file using a known suffix to make it easily identifiable by external applications. To activate this feature, simply enable the flag “Rename Open Files” using EMA GUI or CLI. 

CLI syntax example:

% set oam eventLog typeAdmin acct renameOpenFiles enable

Once this flag is enabled, on the next accounting file open activity, the suffix .OPEN is appended to the filename using the format <shelf><sequence number>.ACT.OPEN (currently open files are not affected).

For example, as accounting file 1000099 is created with this feature already enabled, the file is named “1000099.ACT.OPEN”.

For configuration details, refer to:

• CLI: Event Log - CLI
• EMA: Event Log - Type Admin

Accounting File Roll-Over

The 

When accounting file names reach the maximum value of 1FFFFFF.ACT, the next file name rolls over to 1000001.ACT. Use the “Rename Open Files” flag to rename the most recent accounting file with the ”ACT.OPEN” extension. This flag is accessible from the EMA at “System Configuration” > “CDR and Servers” tab.

Global Charge Reference

The Global Charge Reference (GCR) feature allows correlation of calls across networks where the calls are originated from and terminated at different third-party devices. The GCR field is populated in the CDRs of the SBC if the GCR is received in a gateway protocol message from a GSX9000.

The GSX9000 receives or generates the GCR parameter through an ISUP parameter. The GCR is used in conjunction with SIP call-id’s to associate calls that interwork between SIP and ISUP protocols across multiple network devices.

How to Set Up SFTP from the SBC to a CDR Server

If a CDR server is configured, the 

1. To create a CDR server, use the following command syntax:

   Code Block
   language none
   % set oam accounting cdrServer admin [primary | secondary] connectionTimeout <numeric: 15 to 600 seconds> filePrefix <name of SBC> ipAddress <ip address> password <password for ftp user> path <directory to ftp to> transferTimeout <numeric: 15 to 600 seconds> username <username of ftp user>

   
   

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   An example to show the CDR server configuration and check the configuration is as follows:

   
   

   Code Block
   language none
   admin@SBC01> config admin@SBC01% set oam accounting cdrServer admin primary connectionTimeout 15 filePrefix SBC01 ipAddress 10.10.211.10 password sonus path /export/home/SBC01ACTrecs/ transferTimeout 15 username root admin@SBC01% commit admin@SBC01% quit admin@SBC01> show table oam accounting cdrServer admin FILE CONNECTION TRANSFER TYPE IP ADDRESS USERNAME PASSWORD PATH PREFIX TIMEOUT TIMEOUT -------------------------------------------------------------------------------------------------------------- primary 10.10.211.10 root $3$qaO71mBy8l8= /export/home/SBC01ACTrecs/ SBC01 15 15 [ok][2013-10-02 06:14:49] admin@SBC01>

   
   

   
   

2. Initially, the accounting field is not set to ftp or automatically roll over. Use the following command to view Rollover settings for accounting (See "acct" row in the example):

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   Code Block language none > show table oam eventLog typeAdmin MESSAGE ROLLOVER FILE RENAME DISK SYSLOG FILE FILE QUEUE SAVE FILTER START ROLLOVER ROLLOVER WRITE SYSLOG OPEN THROTTLE EVENT LOG SERVER REMOTE TYPE STATE COUNT SIZE SIZE TO LEVEL TIME INTERVAL ROLLOVER TYPE ACTION MODE STATE FILES LIMIT VALIDATION NO HOST ---------------------------------------------------------------------------------------------------------------------------------------------------------------------- system enabled 32 2048 10 disk major - 0 nonrepetitive stop default disabled disabled 5000 disabled server1 0.0.0. debug enabled 32 2048 10 disk major - 0 nonrepetitive stop default disabled disabled - disabled server1 0.0.0. trace enabled 32 2048 10 disk info - 0 nonrepetitive stop default disabled disabled - disabled server1 0.0.0. acct enabled 32 2048 10 disk major - 0 nonrepetitive stop default disabled disabled - disabled server1 0.0.0. security enabled 32 2048 10 disk major - 0 nonrepetitive stop default disabled disabled - disabled server1 0.0.0. audit enabled 32 2048 10 disk info - 0 nonrepetitive stop default disabled disabled - disabled server1 0.0.0. packet enabled 32 2048 10 disk major - 0 nonrepetitive stop default disabled disabled - disabled server1 0.0.0. memusage enabled 32 2048 10 disk major - 0 nonrepetitive stop default disabled disabled - disabled server1 0.0.0. [ok]

   
   

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3. To create the accounting file rollover and ftp, use the following command syntax:

   Code Block
   language none
   % set oam eventLog typeAdmin acct rolloverStartTime <CCYY-MM-DDTHH:MM:SS> rolloverInterval <number of seconds between each file rollover> rolloverType repetitive rolloverAction start where 'T' in 'DDTHH' is a constant used to indicate the Time follows.

   
   

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   An example of the configuration and display of the accounting file rollover and ftp is as follows:

   
   

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   Code Block language none % set oam eventLog typeAdmin acct rolloverStartTime 2018-09-13T06:30:00 rolloverInterval 500 rolloverType repetitive rolloverAction start [ok][2018-08-13 12:58:11] [edit] admin@SBXUK11-1% commit Commit complete. [ok][2018-08-13 12:58:14] [edit] admin@SBXUK11-1% exit > show table oam eventLog typeAdmin MESSAGE FILE RENAME DISK FILE FILE QUEUE SAVE FILTER ROLLOVER ROLLOVER WRITE SYSLOG OPEN THROTTLE EVENT LOG TYPE STATE COUNT SIZE SIZE TO LEVEL ROLLOVER START TIME INTERVAL ROLLOVER TYPE ACTION MODE STATE FILES LIMIT VALIDATION ---------------------------------------------------------------------------------------------------------------------------------------------------------------------- system enabled 32 2048 10 disk major - 0 nonrepetitive stop default disabled disabled 5000 disabled debug enabled 32 2048 10 disk major - 0 nonrepetitive stop default disabled disabled - disabled trace enabled 32 2048 10 disk info - 0 nonrepetitive stop default disabled disabled - disabled acct enabled 32 2048 10 disk major 2018-09-13T06:30:00-00:00 500 repetitive start default disabled disabled - disabled security enabled 32 2048 10 disk major - 0 nonrepetitive stop default disabled disabled - disabled audit enabled 32 2048 10 disk info - 0 nonrepetitive stop default disabled disabled - disabled packet enabled 32 2048 10 disk major - 0 nonrepetitive stop default disabled disabled - disabled memusage enabled 32 2048 10 disk major - 0 nonrepetitive stop default disabled disabled - disabled [ok]

   
   

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4. View CDR Server status using the following command:

   Code Block
   language none
   admin@SBC01> show table oam accounting cdrServer status SUCCESSFUL FAILED PENDING TYPE STATE PROGRESS TRANSFERS TRANSFERS TRANSFERS ------------------------------------------------------------- primary active done 3 0 0 [ok][2013-10-02 07:27:19]

   
   

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5. Verify that the files were transferred to the FTP server by logging in to the CDR server and executing the following command:

   Code Block
   language none
   ftp server: root@hostname # pwd /export/home/SBC01ACTrecs root@hostname # ls -l total 708 -rw-r--r-- 1 root other 346730 Oct 2 06:45 SBC01.20131002064500.1000022.ACT -rw-r--r-- 1 root other 175 Oct 2 07:00 SBC01.20131002070000.1000023.ACT -rw-r--r-- 1 root other 175 Oct 2 07:15 SBC01.20131002071500.1000024.ACT root@hostname #

   
   

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6. Execute the following command to view the successful and failed CDR file transfer:

   Code Block
   language none
   % show table oam accounting cdrServer status SUCCESSFUL FAILED PENDING TYPE STATE PROGRESS TRANSFERS TRANSFERS TRANSFERS --------------------------------------------------------- primary active done 2 0 0 secondary standby idle 0 7 0

   
   

CDR Server Remote Port Configuration

The 

Use the following parameters within CDR server configuration to set up remote port and ssh key based authentication:

• cdrPort
• useSshKeyFile 


• generateSshPublicKeys

To generate a new SSH public key, execute the following command:

% request oam accounting cdrServer admin primary generateSshPublicKeys

The generated SSH public key must be installed on CDR server to use ssh key based authentication from SBC. The SSH public key must be copied to the remote CDR server file /home/<user>/.ssh/authorized_keys. If the private key is compromised, the key must be re-generated. Once the key is re-generated, the CDR server must be updated with the new key.

Configuring the CDR Server Remote Port

When downloading billing records (or other logs), you must use port 2024 to SFTP files from the 

% set oam accounting cdrServer admin primary cdrPort 2024

1. Enabling SSH Key Based Authentication
2. Billing Introduction#Generating Generating the SSH Public Key
3. Billing Introduction#Copying Copying and Installing the SSH Public Key to CDR Servers

Anchor
Configuring SBC to Use SSH Key Based Authentication Configuring SBC to Use SSH Key Based Authentication

Enabling SSH Key Based Authentication

To enable SSH key based authentication, execute the following command:

% set oam accounting cdrServer admin primary useSshKeyFile Enable

Anchor
Generating the SSH Public Key Generating the SSH Public Key

Generating the SSH Public Key

To generate a new SSH public key, execute the following command:

% request oam accounting cdrServer admin primary generateSshPublicKeys
result success
reason 
ssh-rsa AAAAB3NzaC1yc2EAAAADAQABAAABAQDclSOlVfVmmhatw5bDQRk7AaYvCRUUfHHbSvkCBb4T8zYdJ8JNw15rMSKk9hEkVdtEEZRJU4Q97C+3LbPknZrIMM+zmSRYmh2/LkGAlydSJ+sPe9i7zWFOLYeA3gitaKJSPgSjdb4WGgDq686Ei4yup9xYDbT8wAcosQsf3tfbqH2GetNJ8tAs3KjRi7FPhH1hHdXVyH0yW1mdGlMYvoFUeFCRjhE81oJhy2jMTJD9T3eQiJo4NZQZYOgALMQPi8fxaAgnuWmvrejNTn/PgRyGpQEs7HFHkX5zHW5M74PU/Z3S3Y2uSZlYrCQRf9Y2mUiK5R40bjsKz4TqIP5LfzhX
[ok]

Anchor
Copying and Installing the SSH Public Key to CDR Servers Copying and Installing the SSH Public Key to CDR Servers

Copying and Installing the SSH Public Key to CDR Servers

The SSH public key is copied to the remote CDR server file /home/<user>/.ssh/authorized_keys.

For configuration details, refer to Accounting - CLI.

RADIUS Accounting Support

Remote Authentication Dial In User Service (RADIUS) is a standardized protocol for supporting Authentication, Authorization, and Accounting (AAA) management in a distributed client-server architecture. The 

The following accounting message types are supported by RADIUS protocol:

• Accounting Request
• Accounting Response

The process for sending accounting requests and responses is described below.

• The

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   sends an accounting-request with Accounting-Status-Type value "Accounting-on". At a later time, this transaction informs the server about the new accounting client that will send the accounting messages to the NAS/resource usage by user.
• When the

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   connects the call, the accounting starts. The accounting-request contains the Accounting-Status-Type with the value "Start". The "Start" records contains the following:
• User identification
• Network address
• Point of attachment
• Unique session identifier
• Next, the

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   records the status change by NAS to the RADIUS server for this active session. The accounting-request now contains the Accounting-Status-Type with the value "Interim". The interim record usually conveys the current session duration and information on the current data usage.
• When the user network access is closed, the NAS issues a final Accounting Stop record to the RADIUS server, providing the information on the final usage in the terms of the following:
• Time
• Packets transferred
• Data transferred
• Reason for disconnect
• Other information related to the call

The Accounting-Request contains the Accounting-Status-Type with the value "Stop". The primary purpose of this data is to bill the user. The data is also used for statistical purposes and for general network monitoring.

SBC Standard Attributes

The 

Rf Interface Support

The

The

For more details, refer to Rf Interface Support.

Generating CDRs in Q-SBC Format

By default, the SBC Core generates CDRs in the standard SBC Core (former Sonus) format. For deployments that require it, users with admin privileges can configure the SBC Core to generate CDRs in the format of the (former GENBAND) Q-series SBCs. Similar to SBC Core CDRs, the Q-SBC format is an ASCII-format text file with multiple records per file. When you enable the Q-SBC format, the SBC Core populates CDR log files according to the mapping shown in the Q-SBC to SBC Core CDR Mapping table. Refer to Generating CDRs in Q-SBC Format for more information.