![]() ![]() The following CLI is generated by the rules shown Note that there is notĪ one-to-one mapping between the figure call-outs and lines in the CLI. Policies appear in the CLI with how they appear in ASDM. ![]() The following example compares how service ![]() Keep in mind that inspection policy maps are not Inspect commands can point to inspection policy maps, which define actions toĪpply to inspected traffic. The commands associated with class, such asĭefine the services and constraints to apply to matching traffic. Service policy map and the commands associated with theĮach rule is shown on a separate row, and the name of the rule is the class In ASDM, the policy map is represented as a folder on the Service Policy Rules Service policy map, which is the ordered set Management traffic directed at the ASA interface rather than going through it,Įach service policy is composed of the following Policy can be a mix of classes for traffic going through the device and One service policy applied per interface. One global policy that gets applied to all You can have these types of service policy: Any traffic permitted by access rulesĬan have service policies applied, and thus receive special processing, such asīeing redirected to a service module or having application inspection applied. Services to the traffic you are allowing. The point of service policies is to apply advanced The following topics describe how service policies work. Or rules applied to an interface or applied globally. A service policy consists of multiple actions That is specific to a particular TCP application, as opposed to one thatĪpplies to all TCP applications. Applying Inspection to HTTP Traffic with NATįramework provide a consistent and flexible way to configure ASA features.įor example, you can use a service policy to create a timeout configuration.Applying Inspection and Connection Limits to HTTP Traffic to Specific Servers.Applying Inspection to HTTP Traffic Globally.Applying Inspection and QoS Policing to HTTP Traffic.Examples for Service Policies (Modular Policy Framework).Apply Actions to an Interface (Service Policy).Create a Layer 3/4 Class Map for Management Traffic.Create a Layer 3/4 Class Map for Through Traffic.Identify Traffic (Layer 3/4 Class Maps).Feature Matching for Multiple Service Policies.Incompatibility of Certain Feature Actions.Order in Which Multiple Feature Actions are Applied.Feature Matching Within a Service Policy.Features Configured with Service Policies. ![]()
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