Cisco Systems 3.5 manual ExecDNISRule, ExecFilterRule, ExecNASIPRule, ExecRealmRule, ExecTimeRule

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Chapter 3 Cisco Access Registrar Scripts

Using Cisco AR Scripts

ExecDNISRule

ExecDNISRule is referenced from the policy engine to determine the authentication and authorization service and policy based on the DNIS set in the policy engine.

ExecFilterRule

ExecFilterRule is referenced from the policy engine to determine whether a user packet should be rejected or not based on whether a special character like "*", "/", "\" or "?" shows up in the packet.

ExecNASIPRule

ExecNASIPRule is referenced from the policy engine to enable configuration of policies based on the incoming NAS-IP-Address. You can configure two attributes, client-ip-addressand subnetmask, to match the incoming NAS-IP-Address and its subnet mask. If the attributes match, ExecNASIPrule sets the environment variables (if they are configured in that rule).

ExecRealmRule

ExecRealmRule is referenced from the policy engine to determine the authentication and authorization service and policy based on the realm set in the policy engine.

ExecTimeRule

ExecTimeRule either rejects or accepts Access Request packets based on the time range specified in a user’s login profile. You can configure the TimeRange and AcceptedProfile attributes.

The format for the TimeRange is to set the allowable days followed by the allowable times, as in:

TimeRange = dateRange, timeRange

The dateRange can be in the form of a date, a range of allowable dates, a day, or a range of allowable days. The timeRange should be in the form of hh:mm-hh:mm.

Here are a few examples:

mon-fri,09:00-17:00

Allows access Monday through Friday from 9 AM until 5 PM.

mon,09:00-17:00;tue-sat,12:00-13:00

Allows access on Monday from 9 AM until 5 PM and from 12 noon until 1 PM on Tuesday through Saturday

mon,09:00-24:00;tue,00:00-06:00

Allows access on Monday from 9 AM until Tuesday at 6 AM

1-13,10-17:00; 15,00:00-24:00

Allows access from the first of the month until the thirteenth of the month from 10 AM until 5

PM and all day on the fifteenth of the month.

Cisco Access Registrar 3.5 Concepts and Reference Guide

3-4

OL-2683-02

 

 

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Contents Cisco Access Registrar 3.5 Concepts and Reference Guide Corporate HeadquartersCisco Access Registrar 3.5 Concepts and Reference Guide N T E N T S IiiSession-Service Service Step and Radius-Session Service Replication’s Impact on Request Processing IPAddress Port Understanding Snmp Accounting Start Data Flow ViiViii Obtaining Documentation World Wide WebDocumentation Feedback Obtaining Technical AssistanceOrdering Documentation Cisco.comTechnical Assistance Center Contacting TAC by Using the Cisco TAC WebsiteContacting TAC by Telephone Xii Overview Radius ProtocolSteps to Connection Packet Exchange Between User, NAS, and RadiusPacket Contents Types of Radius MessagesProxy Servers Attribute DictionaryBasic Authentication and Authorization Proxying to an Ldap Server for AuthenticationOverview Basic Authentication and Authorization Understanding Cisco Access Registrar Cisco Access Registrar HierarchyProfiles ServicesUserLists and Groups ScriptsSession Management Using Resource Managers Program Flow Cisco AR Directory StructureSubdirectory Description Cisco AR Server Action Explanation Scripting PointsClient or NAS Scripting Points Action ExplanationAuthentication and/or Authorization Scripting Points Radius/Advanced/RequireNASsBehindProxyBeInClieSession Management Failover by the NAS and Session ManagementScript Processing Hierarchy Authentication/Authorization ScriptsIncoming Scripts Overview Cross Server Session and Resource ManagementOutgoing Scripts Session-Service Service Step and Radius-Session Service Configuring a Front Line Cisco Access RegistrarConfigure Central AR OL-2683-02 ACMEOutgoingScript Using Cisco AR ScriptsAltigaIncomingScript ANAAAOutgoing AuthorizeServiceAltigaOutgoingScript AscendIncomingScriptCabletronOutgoing AuthorizeTelnetCabletronIncoming CiscoIncomingExecFilterRule ExecTimeRuleExecDNISRule ExecNASIPRuleParseAAARealm LDAPOutageMapSourceIPAddress ParseAAASRealmParseServiceAndAARealmHints ParseServiceAndAAARealmHintsParseServiceAndAAASRealmHints ParseServiceAndAASRealmHintsParseTranslationGroupsByDNIS ParseServiceHintsParseTranslationGroupsByCLID ParseTranslationGroupsByRealmUSROutgoingScript Understanding Replication Replication OverviewReplication Data Flow How Replication WorksMaster Server Ensuring Data Integrity SecurityReplication Archive Slave ServerTransaction Order Transaction Data VerificationAutomatic Resynchronization Full Resynchronization Replication Configuration SettingsUnderstanding Hot-Configuration Replication’s Impact on Request ProcessingRepTransactionArchiveLimit RepTypeRepTransactionSyncInterval MasterRepSecret RepIPAddressRepPort RepIPMasterName Rep Members SubdirectoryRep Members/Slave1 IPAddressOverview Supported MIBsSnmp Traps RADIUS-AUTH-SERVER-MIBCarServerStop Supported TrapsCarServerStart CarInputQueueFullCarOtherAuthServerResponding CarOtherAuthServerNotRespondingCarOtherAccServerNotResponding CarAccountingLoggingFailure Configuring TrapsCarOtherAccServerResponding Directories SearchedConfiguration File Types Switching Configuration Files in Mid-FileCommunity String OL-2683-02 Prepaid Billing Solution Measurements and Component Actions Configuring Prepaid Billing Generic Call Flow Call Flow DetailsAccess-Request Authentication Attribute Number Attribute Name DescriptionAccess-Request Authorization Access-Accept AuthenticationAccess-Accept Authorization Data Flow Accounting StartAttribute Number Attribute Name Access-Request Quota Depleted Accept-Accept Quota DepletedAccounting Stop Session End Accounting Response Final StatusVendor-Specific Attributes Source VSA Name Type Call Flow DescriptionTotal Volume quota received by Crbprivate O S S a R Y GL-1Scalable wholesale access/open access solution GL-2GL-3 GL-4 GL-5 GL-6 GL-7 GL-8 GL-9 GL-10 Radius IN-1RFC IN-2IN-3 IN-4
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3.5 specifications

Cisco Systems 3.5 is an advanced version of Cisco's renowned networking and security solutions. This iteration showcases significant enhancements in performance, scalability, and security, making it a preferred choice for enterprises aiming to optimize their network operations and bolster their cybersecurity posture.

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