Using a Service Graph Template
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- Naomi O’Brien’
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1 Associating Service Graph Templates with Contracts and EPGs Using the GUI, page 1 Creating a Service Graph Template Using the NX-OS-Style CLI, page 1 Configuring a Service Graph Template Using the Object Model CLI, page 5 Configuring a Service Graph Template Using the REST APIs, page 5 Associating Service Graph Templates with Contracts and EPGs Using the GUI You must associate the service graph templates with contracts and endpoint groups (EPGs) using the GUI. Note You can use only the GUI to associate a service graph template with contracts and EPGs. See Using the GUI for the procedure for associating service graph templates with contracts and EPGs. Creating a Service Graph Template Using the NX-OS-Style CLI The following procedure creates a service graph template. Step 1 Enter the configure mode. apic1# configure Step 2 Enter the configure mode for a tenant. tenant tenant_name 1
2 Creating a Service Graph Template Using the NX-OS-Style CLI apic1(config)# tenant t1 Step 3 Associate a service graph to the template. l4l7 graph graph_name contract contract_name graph contract The name of the service graph template. The name of the contract to use with the service graph template. apic1(config-tenant)# l4l7 graph GraphL3asa contract ContractL3ASA Step 4 Add a function node. service node_name [device-cluster-tenant tenant_name] [device-cluster device_name] [mode deployment_mode] service device-cluster-tenant device-cluster mode The name of the service node to add. The tenant from which to import the device cluster. Specify this only if the device-cluster is not in the same tenant in which the graph is being configured. Name of the device cluster to use for this service node. The deployment mode. Possible values are: ADC_ONE_ARM Specifies one-arm mode. ADC_TWO_ARM Specifies two-arm mode. FW_ROUTED Specifies routed (GoTo) mode. FW_TRANS Specifies transparent (GoThrough) mode. OTHERS If the mode is not specified, then a deployment mode is not used. apic1(config-graph)# service Node1 device-cluster-tenant common device-cluster ifav108-asa-2 mode FW_ROUTED Step 5 Add the consumer connector. connector connector_type [cluster-interface interface_type] 2
3 Creating a Service Graph Template Using the NX-OS-Style CLI connector The type of the connector in the service graph. Possible values are: cluster-interface The type of the device cluster interface. Possible values are: Do not specify this parameter if you are a service graph template in tenant Common. apic1(config-service)# connector consumer cluster-interface consumer Step 6 Associate a tenant with the connector and then exit the connector configuration mode. l4l7-peer tenant tenant_name out L3OutExternal epg epg_name redistribute redistribute_property exit tenant out epg redistribute The name of the tenant to associate with the connector. The name of the Layer 3 outside. The name of the endpoint group. The properties of the redistribute protocol. apic1(config-connector)# l4l7-peer tenant t1 out L3OutExternal epg L3ExtNet redistribute connected,ospf apic1(config-connector)# exit Step 7 Repeat steps 5 and 6 for the provider. apic1(config-service)# connector provider cluster-interface provider apic1(config-connector)# l4l7-peer tenant t1 out L3OutInternal epg L3IntNet 3
4 Creating a Service Graph Template Using the NX-OS-Style CLI redistribute connected,ospf apic1(config-connector)# exit Step 8 (Optional) Add a router and then exit the node configuration mode. rtr-cfg router_id exit rtr-cfg The ID of the router. Skip this step if you are creating a service graph template in tenant Common. apic1(config-service)# rtr-cfg router-id1 apic1(config-service)# exit Step 9 Associate a connection with a consumer connector and another with a provider connector, and then exit the service graph configuration mode. connection connection_name terminal terminal_type service node_name connector connector_type exit connection terminal The name of the connection to associate with the connector. The type of the terminal. Possible values are: service connector The name of the node of the service graph. The type of the connector. Possible values are: apic1(config-graph)# connection C1 terminal consumer service Node1 connector consumer apic1(config-graph)# connection C2 terminal provider service Node1 connector provider apic1(config-graph)# exit Step 10 Exit the configuration mode. 4
5 Configuring a Service Graph Template Using the Object Model CLI apic1(config-tenant)# exit apic1(config)# exit Configuring a Service Graph Template Using the Object Model CLI You can configure a service graph template using the object model CLI. The following is an example of a configuration: admin@apic1:contracts> moconfig running # contract cd '/aci/tenants/acme/security-policies/contracts' mocreate 'webctrct' cd 'webctrct' moset scope 'tenant' # contract-subject cd '/aci/tenants/acme/security-policies/contracts/webctrct/subjects' mocreate 'http' # subj-graphatt cd '/aci/tenants/acme/security-policies/contracts/webctrct/subjects/http' mocreate subj-graphatt cd 'subj-graphatt' moset name 'WebGraph' # vz-rssubjfiltatt cd '/aci/tenants/acme/security-policies/contracts/webctrct/subjects/http/common-filters' mocreate 'wildcard' Configuring a Service Graph Template Using the REST APIs You can configure a service graph template using the following REST API: <poluni> <fvtenant dn="uni/tn-acme" name="acme"> <! L3 Network--> <fvctx name="mynetwork"/> <!-- Bridge Domain for MySrvr EPG --> <fvbd name="mysrvrbd"> <fvrsctx tnfvctxname="mynetwork" /> <fvsubnet ip=" /24"> </fvsubnet> </fvbd> <!-- Bridge Domain for MyClnt EPG --> <fvbd name="myclntbd"> <fvrsctx tnfvctxname="mynetwork" /> <fvsubnet ip=" /24"> </fvsubnet> </fvbd> <fvap dn="uni/tn-acme/ap-myap" name="myap"> <fvaepg dn="uni/tn-acme/ap-myap/epg-myclnt" name="myclnt"> 5
6 Creating a Security Policy Using the REST APIs </fvaepg> </fvap> </fvtenant> </poluni> <fvrsbd tnfvbdname="mysrvrbd" /> <fvrsdomatt tdn="uni/vmmp-vendor1/dom-myvms" /> <fvrsprov tnvzbrcpname="webctrct"> </fvrsprov> <fvrspathatt tdn="topology/pod-1/paths-17/pathep-[eth1/21]" encap="vlan-202"/> <fvrspathatt tdn="topology/pod-1/paths-18/pathep-[eth1/21]" encap="vlan-202"/> </fvaepg> <fvaepg dn="uni/tn-acme/ap-myap/epg-mysrvr" name="mysrvr"> <fvrsbd tnfvbdname="myclntbd" /> <fvrsdomatt tdn="uni/vmmp-vendor1/dom-myvms" /> <fvrscons tnvzbrcpname="webctrct"> </fvrscons> <fvrspathatt tdn="topology/pod-1/paths-17/pathep-[eth1/21]" encap="vlan-203"/> <fvrspathatt tdn="topology/pod-1/paths-18/pathep-[eth1/21]" encap="vlan-203"/> Creating a Security Policy Using the REST APIs You can create a security policy using the following REST API: <poluni> <fvtenant dn="uni/tn-acme" name="acme"> <vzfilter name="httpin"> <vzentry name="e1" prot="6" dtoport="80"/> </vzfilter> <vzbrcp name="webctrct"> <vzsubj name="http"> <vzrssubjfiltatt tnvzfiltername="httpin"/> </vzsubj> </vzbrcp> </fvtenant> </poluni> 6
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Networking and Management Connectivity
This chapter contains the following sections: DHCP Relay, on page 1 DNS, on page 3 In-Band and Out-of-Band Management Access, on page 4 IPv6 Support, on page 6 Routing Within the Tenant, on page 11 WAN
Routing Implementation
L3Out Subnets, page 1 L3Out Subnets About Defining L3Out Subnets L3Outs are the Cisco Application Centric Infrastructure (ACI) objects used to provide external connectivity in external Layer 3 networks.