Chapter 5 Configuring BAMS for BAF Output

BAF Output Provisioning Example

prov-add:RATING-TYPE:orgzone=3,trmzone=13,ratetype=”INTRALATA” prov-add:RATING-TYPE:orgzone=4,trmzone=14,ratetype=”INTERLATA” prov-add:RATING-TYPE:orgzone=5,trmzone=15,ratetype=”INTERLATA” prov-add:RATING-TYPE:orgzone=6,trmzone=16,ratetype=”FLAT” prov-add:RATING-TYPE:orgzone=7,trmzone=17,ratetype=”FLAT” prov-add:RATING-TYPE:orgzone=7,trmzone=18,ratetype=”FLAT” prov-add:MSC-PARMS:type=”baf*bin”,polled=2,alarm=5,agealarm=5,agelevel=6,delage=5,delalarm =6 prov-add:MSC-PARMS:type=”acc_h*”,polled=1,alarm=5,agealarm=5,agelevel=6,delage=5,delalarm= 6 prov-add:MSC-PARMS:type=”acc_d*”,polled=1,alarm=5,agealarm=99,agelevel=6,delage=99, delalarm=6

prov-add:MSC-PARMS:type=”acc_r*”,polled=1,alarm=5,agealarm=5,agelevel=6,delage=5,delalarm= 6 prov-add:MSC-PARMS:type=”cdr*bin”,polled=1,alarm=5,agealarm=5,agelevel=6,delage=5,delalarm =6 prov-add:MSC-PARMS:type=”*finished”,polled=1,alarm=5,agealarm=20,agelevel=6,delage=5, delalarm=6 prov-add:MSC-PARMS:type=”elkup*”,polled=1,alarm=6,agealarm=5,agelevel=6,delage=5,delalarm= 6 prov-add:MSC-PARMS:type=”esyn*”,polled=1,alarm=6,agealarm=5,agelevel=6,delage=5,delalarm=6 prov-add:MSC-PARMS:type=”esem*”,polled=1,alarm=6,agealarm=5,agelevel=6,delage=5,delalarm=6 prov-add:MSC-PARMS:type=”ebaf*”,polled=1,alarm=6,agealarm=5,agelevel=6,delage=5,delalarm=6 prov-add:MSC-PARMS:type=”cdr*csv”,polled=2,alarm=5,agealarm=5,agelevel=6,delage=5,delalarm =6 prov-add:MSC-PARMS:type=”baf*csv”,polled=2,alarm=5,agealarm=5,agelevel=6,delage=5,delalarm =6 prov-add:MSC-THRES:interval=15,put=80,plt=60,uut=95,iut=50000,mil=80,mal=85,crl=90,key=1 prov-add:P01FILTER:answered=1,noanswer=1,busy=1,other=1

prov-add:SKIPCDB:id=1020 prov-add:NODEPARMS:activate=1,statoutput=0,bafoutput=1,asciibafoutput=1,asciioutput=0, lookupinfo=1,bafinfo=1,dynamicaccumes=0,sup-zero-counts=0,interval-minutes=15, nailed-cfg=0,p01output=0,p01prefix="p01_",enable-h323=0,extasciioutput=0,nicsoutput=0 prov-add:TOLLFREE:digits=1800

prov-add:TOLLFREE:digits=800 prov-add:TOLLFREE:digits=1888 prov-add:TOLLFREE:digits=888 prov-add:TOLLFREE:digits=1877 prov-add:TOLLFREE:digits=877 prov-dply::

Bulk Provisioning

You accomplish bulk provisioning by preparing a batch file that contains the correct sequence of provisioning commands. The command-line instruction to execute the bulk-provisioning batch file is as follows:

mml -bfilename containing commands [-ooutputfilename]

BAMS does not monitor each command’s execution status, but the results are placed in the MML session log file. You specify the log filename (that is, outputfilename) with the -o parameter, as shown above.

Note The batch file must begin with a prov-stacommand and end with a prov-dplycommand. These commands denote the beginning and the end of the provisioning session.

The following is an example of a batch file named mml.script:

set-node:2: prov-sta::srcver=new,dstver=sample,confirm

Cisco Billing and Measurements Server User’s Guide

 

OL-3351-01

 

 

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Cisco Systems OL-3351-01 manual Bulk Provisioning
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OL-3351-01 specifications

Cisco Systems OL-3351-01 is a robust, integrated software solution tailored to meet the demands of modern enterprise networking. This software aligns with Cisco's philosophy of delivering reliable, high-performing networking infrastructure that supports a multitude of services and applications.

At its core, the OL-3351-01 focuses on enhancing network performance through intelligent automation and centralized management. This software enables organizations to efficiently oversee their network resources and configurations while minimizing operational costs and reducing the chances of human error. With a user-friendly interface, network administrators can easily navigate and configure their systems, enhance visibility over network performance, and respond promptly to incidents.

One of the standout features of OL-3351-01 is its support for advanced analytics. The software leverages data-driven insights to provide organizations with a better understanding of their network traffic and performance trends. Utilizing this analytics capability, IT teams can proactively address potential issues before they escalate, ensuring high availability and superior service delivery to end-users.

Additionally, Cisco has integrated several key technologies into the OL-3351-01 environment to optimize performance and security. This includes support for Software-Defined Networking (SDN) and network virtualization, which allows for greater flexibility and resource efficiency. The established Security features integrated into OL-3351-01 further shield the network from a wide array of threats, employing strategies such as threat intelligence and adaptive security policies.

Scalability is another hallmark characteristic of Cisco Systems OL-3351-01. Whether an organization is small or large, the software can be effectively scaled to meet evolving business needs. This ensures that as network demands grow, the software can adapt without necessitating significant reconfiguration or additional investments.

Support for multi-cloud environments is also a crucial aspect of OL-3351-01. Organizations can seamlessly integrate their on-premises networks with public and private cloud services, enabling businesses to leverage hybrid cloud architectures that enhance flexibility and resource management.

In conclusion, Cisco Systems OL-3351-01 stands out as a comprehensive solution for network management that combines automation, advanced analytics, robust security, scalability, and cloud integration. These features make it an ideal choice for organizations looking to streamline their network operations and improve overall IT efficiency.
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