PluginCiscoACI

README

Table of contents

• Overview of Cisco ACI
  • Filing defects in ACI plugin
  • Deploying the Cisco ACI plugin
  • Adding a plugin into the Resource Aggregator for ODIM framework
  • Plugin configuration parameters
  • Resource Aggregator for ODIM default ports
• Cisco ACI fabric APIs
  • Creating an addresspool for a zone of zones
  • Creating an addresspool for a zone of endpoints (with tagged VLAN)
  • Creating an addresspool for a zone of endpoints (with untagged VLAN)
  • Creating a default zone
  • Creating a zone of zones
  • Updating the connected ports
  • Creating a redundant endpoint
  • Creating a zone of endpoints
  • Updating a zone of endpoints
  • Deleting an ACI fabric entity
• Mapping of Redfish logical entities to Cisco ACI entities

Overview of Cisco ACI

Cisco ACI (Application Centric Infrastructure) is an open ecosystem model that uses a holistic, systems-based approach to integrate hardware and software, and the physical and virtual elements, to enable unique business value for modern data centers.

Resource Aggregator for ODIM supports Cisco ACI plugin that can abstract, translate, and expose southbound resource information to the resource aggregator through RESTful APIs.

Filing defects in ACI plugin

Important: In case of any unforeseen issues you experience while deploying or using ACI plugin, log on to the following website and file your defect by clicking Create.

Prerequisite: You must have valid LFN Jira credentials to create defects.

• Website: https://jira.lfnetworking.org/secure/Dashboard.jspa
• Discussion Forums: https://odim.slack.com/archives/C01DG9MH479
• Documentation:
  • Cisco ACI Plugin Deployment Document - https://github.com/ODIM-Project/PluginCiscoACI/blob/main/README.md
  • Resource Aggregator for ODIM Deployment Document- https://github.com/ODIM-Project/ODIM#readme
  • Additional documents - https://github.com/ODIM-Project/ODIM/blob/main/docs

Deploying the Cisco ACI plugin

Prerequisites

Kubernetes cluster is set up and the resource aggregator is successfully deployed.

1. Create a directory called plugins on the deployment node.

   mkdir -p ~/plugins
   

2. In the plugins directory, create a directory called aciplugin.

   mkdir ~/plugins/aciplugin
   

3. Run the following commands on the deployment node:

   1. git clone https://github.com/ODIM-Project/PluginCiscoACI.git
      

   2. cd PluginCiscoACI/
      

   3. export ODIMRA_USER_ID=2021
      

   4. export ODIMRA_GROUP_ID=2021
      

   5. ./build_images.sh
      

4. On the deployment node, copy the Cisco ACI plugin configuration file and the hook script to ~/plugins/aciplugin.

   cp ~/PluginCiscoACI/install/Kubernetes/helmcharts/aciplugin-config.yaml ~/plugins/aciplugin
   

   cp ~/PluginCiscoACI/install/Kubernetes/helmcharts/aciplugin.sh ~/plugins/aciplugin
   

5. Open the Cisco ACI plugin configuration YAML file.

   vi ~/plugins/aciplugin/aciplugin-config.yaml
   

   Sample aciplugin-config.yaml file:

   aciplugin:
    eventListenerNodePort: 30086
    aciPluginRootServiceUUID: a127eedc-c29b-416c-8c82-413153a3c351
    username: admin
    password: sTfTyTZFvNj5zU5Tt0TfyDYU-ye3_ZqTMnMIj-
   LAeXaa8vCnBqq8Ga7zV6ZdfqQCdSAzmaO5AJxccD99UHLVlQ==
    lbHost: aciplugin
    lbPort: 30086
    logPath: /var/log/aciplugin_logs
    apicHost: 17.5.7.8
    apicUserName: admin
    apicPassword: Apic123
    odimURL: https://api:45000
    odimUserName: admin
    odimPassword: 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
   

6. Update the following parameters in the plugin configuration file:

   • eventListenerNodePort: The port used for listening to the ACI plugin events. Default port is 30086.

   • aciPluginRootServiceUUID: The RootServiceUUID to be used by the ACI plugin service. To generate an UUID, run the following command:

     uuidgen

     Copy the output and paste it as the value for rootServiceUUID.

   • lbHost: Default value is aciplugin for one node and three node cluster configuration.

   • lbPort: Default port is 30086 for one node and three node cluster configuration.

     Note: The lbport is used as proxy port for eventlistenernodeport, which is used for subscribing to events.

   • apicHost: The IP address of the machine where Cisco APIC UI is launched.

   • apicUserName: The Cisco APIC username.

   • apicPassword: The Cisco APIC password.

   • odimURL: The URL of the ODIMRA API service. URL is https://api:45000.

   • odimUserName: The username of the default administrator account of Resource Aggregator for ODIM.

   • odimPassword: The encrypted password of the default administrator account of Resource Aggregator for ODIM. To generate the encrypted password, run the following command:

     echo -n '< ODIMRA password>' |openssl pkeyutl -encrypt -inkey <odimCertsPath>/odimra_rsa.private -pkeyopt rsa_padding_mode:oaep -pkeyopt rsa_oaep_md:sha512|openssl base64 -A
     

   Other parameters can have default values. Optionally, you can update them with values based on your requirements. For more information on each parameter, see Plugin configuration parameters.

7. Generate the Helm package for the Cisco ACI plugin on the deployment node:

   1. Navigate to PluginCiscoACI/install/Kubernetes/helmcharts.

      cd ~/PluginCiscoACI/install/Kubernetes/helmcharts
      

   2. Run the following command to create aciplugin Helm package at ~/plugins/aciplugin:

      helm package aciplugin -d ~/plugins/aciplugin
      

      The Helm package for the Cisco ACI plugin is created in the tgz format.

8. Save the Cisco ACI plugin Docker image on the deployment node at ~/plugins/aciplugin.

   docker save aciplugin:3.3 -o ~/plugins/aciplugin/aciplugin.tar
   

9. Navigate to the PluginCiscoACI directory.

   cd ~/PluginCiscoACI
   

10. Copy the proxy configuration file install/templates/aciplugin_proxy_server.conf.j2 to ~/plugins/aciplugin.

    cp install/templates/aciplugin_proxy_server.conf.j2 ~/plugins/aciplugin
    

    Important: Do NOT change the value of any parameter in this file.

11. Navigate to the /ODIM/odim-controller/scripts directory on the deployment node.

    cd ~/ODIM/odim-controller/scripts
    

12. Open the kube_deploy_nodes.yaml file.

    vi kube_deploy_nodes.yaml
    

13. Specify values for the following parameters in the kube_deploy_nodes.yaml file:

    Parameter	Value
    connectionMethodConf	The connection method associated with Cisco ACI plugin: ConnectionMethodVariant: Fabric:BasicAuth:ACI_v1.0.0
    odimraKafkaClientCertFQDNSan	The FQDN to be included in the Kafka client certificate of Resource Aggregator for ODIM for deploying the ACI plugin: aciplugin, aciplugin-events Add these values to the existing comma-separated list.
    odimraServerCertFQDNSan	The FQDN to be included in the server certificate of Resource Aggregator for ODIM for deploying the ACI plugin: aciplugin, aciplugin-events Add these values to the existing comma-separated list.

    odimPluginPath: /home/bruce/plugins
    odimra:
      groupID: 2021
      userID: 2021
      namespace: odim
      fqdn:
      rootServiceUUID:
      haDeploymentEnabled: True
      connectionMethodConf:
      - ConnectionMethodType: Redfish
        ConnectionMethodVariant: Fabric:BasicAuth:ACI_v1.0.0
      odimraKafkaClientCertFQDNSan: aciplugin,aciplugin-events
      odimraServerCertFQDNSan: aciplugin,aciplugin-events
    

14. Move odimra_kafka_client.key, odimra_kafka_client.crt, odimra_server.key, and odimra_server.crt stored in odimCertsPath to a different folder.

    NOTE: odimCertsPath is the absolute path of the directory where certificates required by the services of Resource Aggregator for ODIM are present. This parameter is configured in the `kube_deploy_nodes.yaml` file.

15. Update odimra-secrets:

    python3 odim-controller.py --config /home/${USER}/ODIM/odim-controller/scripts/kube_deploy_nodes.yaml --upgrade odimra-secret
    

16. Run the following command:

    python3 odim-controller.py --config /home/${USER}/ODIM/odim-controller/scripts/kube_deploy_nodes.yaml --upgrade odimra-config
    

17. In ~/ODIM/odim-controller/scripts, run the following command to install the Cisco ACI plugin:

    python3 odim-controller.py --config /home/${USER}/ODIM/odim-controller/scripts/kube_deploy_nodes.yaml --add plugin --plugin aciplugin
    

18. Run the following command on the cluster nodes to verify the Cisco ACI plugin pod is up and running:

    kubectl get pods -n odim
    

    Example output showing the Cisco ACI plugin pod details:

    NAME	READY	STATUS	RESTARTS	AGE
    aciplugin-5fc4b6788-2xx97	1/1	Running	0	4d22h

19. Add the Cisco ACI plugin into the Resource Aggregator for ODIM framework.

Adding a plugin into the Resource Aggregator for ODIM framework

After a plugin is successfully deployed, you must add it into the Resource Aggregator for ODIM framework to access the plugin service.

Prerequisites

The plugin you want to add is successfully deployed.

1. To add a plugin, perform HTTP POST on the following URI:

   https://{odim_host}:{port}/redfish/v1/AggregationService/AggregationSources

   • {odim_host} is the virtual IP address of the Kubernetes cluster.

   • {port} is the API server port configured in Nginx. The default port is 30080. If you have changed the default port, use that as the port.

   Provide a JSON request payload specifying:

   • The plugin address (the plugin name or hostname and the plugin port)
   • The username and password of the plugin user account
   • A link to the connection method having the details of the plugin

   Sample request payload for adding Cisco ACI Plugin:

   {
         "HostName":"aciplugin:45020",
         "UserName":"admin",
         "Password":"Plug!n12$4",
         "Links":{
                 "ConnectionMethod": {
                   "@odata.id": "/redfish/v1/AggregationService/ConnectionMethods/{ConnectionMethodId}"
               }
         }
      }
   

   Request payload parameters

   Parameter	Type	Description
   HostName	String (required)	It is the plugin service name and the port specified in the Kubernetes environment. For default plugin ports, see Resource Aggregator for ODIM default ports. NOTE: If you are using a different port for a plugin, ensure that the port is greater than 45000.
   UserName	String (required)	The plugin username. See default administrator account usernames of all the plugins in "Default plugin credentials".
   Password	String (required)	The plugin password. See default administrator account passwords of all the plugins in "Default plugin credentials".
   ConnectionMethod	Array (required)	Links to the connection methods that are used to communicate with this endpoint: /redfish/v1/AggregationService/AggregationSources. NOTE: Ensure that the connection method information for the plugin you want to add is updated in the odim-controller configuration file. To know which connection method to use, do the following: 1. Perform HTTP GET on: /redfish/v1/AggregationService/ConnectionMethods. You will receive a list of links to available connection methods. 2. Perform HTTP GET on each link. Check the value of the ConnectionMethodVariant property in the JSON response. It displays the details of a plugin. Choose a connection method having the details of the plugin of your choice. For available connection method variants, see "Connection method variants" table.

   Plugin	Default username	Default password	Connection method variant
   Cisco ACI plugin	admin	Plug!n12$4	Fabric:XAuthToken:ACI_v1.0.0

   Use the following curl command to add the plugin:

   curl -i POST \
       -H 'Authorization:Basic {base64_encoded_string_of_<odim_username:odim_password>}' \
       -H "Content-Type:application/json" \
       -d \
    '{"HostName":"{plugin_host}:{port}",
      "UserName":"{plugin_userName}",
      "Password":"{plugin_password}", 
      "Links":{
          "ConnectionMethod": {
             "@odata.id": "/redfish/v1/AggregationService/ConnectionMethods/{ConnectionMethodId}"
          }
       }
    }' \
     'https://{odim_host}:30080/redfish/v1/AggregationService/AggregationSources' -k
   

   NOTE: To generate a base64 encoded string of `{odim_username:odim_password}`, run the following command:

   echo -n '{odim_username}:{odim_password}' | base64 -w0
   

   Default username is admin and default password is Od!m12$4. Replace {base64_encoded_string_of_[odim_username:odim_password]} with the generated base64 encoded string in the curl command. You will receive:

   • An HTTP 202 Accepted status code.
   • A link of the executed task. Performing a GET operation on this link displays the task monitor associated with this operation in the response header.

   To know the status of this task, perform HTTP GET on the taskmon URI until the task is complete. If the plugin is added successfully, you will receive an HTTP 200 OK status code.

   After the plugin is successfully added, it will also be available as a manager resource at:

   /redfish/v1/Managers

   For more information, see Adding a plugin in the Resource Aggregator for Open Distributed Infrastructure Management™ API Reference and User Guide.

2. To verify that the added plugin is active and running, do the following:

   1. To get the list of all available managers, perform HTTP GET on:

      /redfish/v1/Managers

      You will receive JSON response having a collection of links to the manager resources. You will see the following links in the collection:

      • A link to the resource aggregator manager.

      • Links to all the added plugin managers.

   2. To identify the plugin Id of the added plugin, perform HTTP GET on each manager link in the response. The JSON response body for a plugin manager has Name as the plugin name. Example: The JSON response body for the Cisco ACI plugin manager has Name as CiscoACI.

      Sample response

      {
          "@odata.context": "/redfish/v1/$metadata#Manager.Manager",
          "@odata.id": "/redfish/v1/Managers/fb40f2dc-0c6d-4464-bc98-fea775adbbb9",
          "@odata.type": "#Manager.v1_10_0.Manager",
          "FirmwareVersion": "v1.0.0",
          "Id": "fb40f2dc-0c6d-4464-bc98-fea775adbbb9",
          "Links": {
              "ManagerForSwitches": [
                  {
                      "@odata.id": "/redfish/v1/Fabrics/fb40f2dc-0c6d-4464-bc98-fea775adbbb9.1/Switches/af10c386-68d5-45aa-b3c3-431e3e4c3647.101"
                  },
                  {
                      "@odata.id": "/redfish/v1/Fabrics/fb40f2dc-0c6d-4464-bc98-fea775adbbb9.1/Switches/668f20cf-b6e7-4ded-a180-bf8e33dc18fc.102"
                  },
                  {
                      "@odata.id": "/redfish/v1/Fabrics/fb40f2dc-0c6d-4464-bc98-fea775adbbb9.1/Switches/7d5a25b3-3ac4-49f4-a929-243b5b97bba0.201"
                  }
              ],
              "ManagerForSwitches@odata.count": 3
          },
          "ManagerType": "Service",
          "Name": "ACI",
          "Status": {
              "Health": "OK",
              "State": "Enabled"
          },
          "UUID": "fb40f2dc-0c6d-4464-bc98-fea775adbbb9"
      }
      

3. Check in the JSON response of the plugin manager, if:

   • State is Enabled

   • Health is Ok

   For more information, refer to "Managers" in Resource Aggregator for Open Distributed Infrastructure Management™ API Reference and User Guide.

Plugin configuration parameters

The following table lists all the configuration parameters required to deploy a plugin service:

Parameter	Description
odimra	List of configurations required for deploying the services of Resource Aggregator for ODIM and third-party services. NOTE: Ensure the values of the parameters listed under odimra are the same as the ones specified in the kube_deploy_nodes.yaml file.
namespace	Namespace to be used for creating the service pods of Resource Aggregator for ODIM. Default value is "odim". You can optionally change it to a different value.
groupID	Group ID to be used for creating the odimra group. Default value is 2021. You can optionally change it to a different value. NOTE: Ensure that the group id is not already in use on any of the nodes.
haDeploymentEnabled	When set to true, it deploys third-party services as a three-instance cluster. By default, it is set to true. Before setting it to false, ensure there are at least three nodes in the Kubernetes cluster.
username	Username of the plugin
password	The encrypted password of the plugin
logPath	The path where the plugin logs are stored. Default path is /var/log/<plugin_name>_logs Example: /var/log/aciplugin_logs
odimPassword	The encrypted password of the default administrator account of Resource Aggregator for ODIM. To generate the encrypted password, run the following command: `echo -n ''

Resource Aggregator for ODIM default ports

The following table lists all the default ports used by the resource aggregator, plugins, and third-party services. The following ports (except container ports) must be free:

Port name	Ports
Container ports (access restricted only to the Kubernetes cluster network)	45000 — API service port 45101- 45201 — Resource Aggregator for ODIM service ports 9082, 9092 — Kafka ports 6379 — Redis port 26379 — Redis Sentinel port 2181 — Zookeeper port 2379, 2380 — etcd ports
API node port (for external access)	30080
Kafka node port (for external access)	30092 for a one-node cluster configuration 30092, 30093, and 30094 for a three-node cluster configuration
ACI port EventListenerNodePort lbport	45020 — Port to be used while adding Cisco ACI plugin 30083 — Port used for event subscriptions in one-node cluster configuration lbport — For three-node cluster configuration, specify lbport as per your requirement. This port must be assigned with a free port (preferably above 45000) available on all cluster nodes. This port is used as nginx proxy port for the plugin For one-node cluster configuration, it is the same as EventListenerNodePort

Cisco ACI fabric APIs

Resource Aggregator for ODIM exposes Redfish APIs to view and manage simple fabrics. A fabric is a network topology consisting of entities such as interconnecting switches, zones, endpoints, and address pools. The Redfish Fabrics APIs allow you to create and remove these entities in a fabric.

When creating fabric entities, ensure to create them in the following order:

1. Address pools
2. Default zones
3. Zone of zones
4. Endpoints
5. Zone of endpoints (with tagged and untagged VLAN)

IMPORTANT:Before using the `Fabrics` APIs, ensure that the fabric manager is installed, its plugin is deployed, and added into the Resource Aggregator for ODIM framework.

API URI	Operation Applicable	Required privileges
/redfish/v1/Fabrics/{fabricId}/AddressPools	GET, POST	Login, ConfigureComponents
/redfish/v1/Fabrics/{fabricId}/AddressPools/{addresspoolid}	GET, DELETE	Login, ConfigureComponents
/redfish/v1/Fabrics/{fabricId}/Zones	GET, POST	Login, ConfigureComponents
/redfish/v1/Fabrics/{fabricId}/Zones/{zoneId}	GET, PATCH, DELETE	Login, ConfigureComponents
/redfish/v1/Fabrics/{fabricId}/Endpoints	GET, POST	Login, ConfigureComponents
/redfish/v1/Fabrics/{fabricId}/Endpoints/{endpointId}	GET, DELETE	Login, ConfigureComponents
/redfish/v1/Fabrics/{fabricId}/Switches/{switchId}/Ports/{portid}	GET	Login

Creating an addresspool for a zone of zones

Method	POST
URI	/redfish/v1/Fabrics/{fabricID}/AddressPools
Description	This operation creates an address pool for a zone of zones in a specific fabric.
Returns	- Link to the created address pool in the Location header - JSON schema representing the created address pool
Response code	On success, 201 Created
Authentication	Yes

curl command

curl -i POST \
   -H "X-Auth-Token:{X-Auth-Token}" \
    -d \
'{
  "Name": "HPE-AddressPool-ZoneofZone",
"Description": "VLANRange for creating domain",
"Ethernet": {
"IPv4": {
"VLANIdentifierAddressRange": {
"Lower": 100,
"Upper": 200
						}
   	 }
		 }
}'
 'https://{odimra_host}:{port}/redfish/v1/Fabrics/{fabricID}/AddressPools'

Sample request body

{
  "Name": "HPE-AddressPool-ZoneofZone",
  "Description": "VLANRange for creating domain",
  "Ethernet": {
  "IPv4": {
  "VLANIdentifierAddressRange": {
  "Lower": 100,
  "Upper": 200
 							    }
 		  }
 		 	  }
 }

Request parameters

Parameter	Type	Description
Name	String (optional)	Name for the address pool
Description	String (optional)	Description for the address pool
Ethernet{
IPv4{	(required)
VlanIdentifierAddressRange{	(required)	A single VLAN (virtual LAN) used for creating the IP interface for the user Virtual Routing and Forwarding (VRF)
Lower	Integer (required)	VLAN lower address
Upper} }}	Integer (required)	VLAN upper address

Sample response header

HTTP/1.1 201 Created
Allow:"GET", "PUT", "POST", "PATCH", "DELETE"
Location:/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351:1/AddressPools/e08cdf22-3c69-4548-a73b-0532111876de
Date:Wed, 31 Mar 2021 12:55:55 GMT-20h 45m

Sample response body

{
"@odata.context":"/redfish/v1/$metadata#AddressPool.AddressPool",
"@odata.id":"/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351:1/AddressPools/e08cdf22-3c69-4548-a73b-0532111876de",
"@odata.type":"#AddressPool.v1_1_0.AddressPool",
"Description":"VLANRange for creating domain",
"Ethernet":{
"IPv4":{
"VLANIdentifierAddressRange":{
"Lower":100,
"Upper":200
}
}
},
"Name":"TEST-AddressPool-ZoneofZone",
"id":"e08cdf22-3c69-4548-a73b-0532111876de"
}

Creating an addresspool for a zone of endpoints with Tagged VLAN

Method	POST
URI	/redfish/v1/Fabrics/{fabricID}/AddressPools
Description	This operation creates an address pool (with tagged VLAN) that can be used by a zone of endpoints.
Returns	- Link to the created address pool in the Location header - JSON schema representing the created address pool
Response code	On success, 201 Created
Authentication	Yes

curl command

curl -i POST \
   -H "X-Auth-Token:{X-Auth-Token}" \
    -d \
'{
  "Name":"Test-AddressPool-1",
"Ethernet":{
"IPv4":{
"GatewayIPAddress":"17.5.7.8/24",
"VLANIdentifierAddressRange":{
"Lower":100,
"Upper":100
							  }
   		}
			}
}'
 'https://{odimra_host}:{port}/redfish/v1/Fabrics/{fabricID}/AddressPools'

Sample request body

{
 "Name":"Test-AddressPool-1",
 "Ethernet":{
 "IPv4":{
 "GatewayIPAddress":"17.5.7.8/24",
 "VLANIdentifierAddressRange":{
 "Lower":100,
 "Upper":100
 							    }
 		  }
 		 	  }
 }

Request parameters

Parameter	Type	Description
Name	String (optional)	Name for the address pool
Ethernet{
IPv4{	(required)
GatewayIPAddressList{	Array (required)	IP pool to assign IPv4 address to the IP interface for VLAN per switch
VlanIdentifierAddressRange{	(required)	A single VLAN (virtual LAN) used for creating the IP interface for the user Virtual Routing and Forwarding (VRF)
Lower	Integer (required)	VLAN lower address
Upper} }}		VLAN upper address. Lower and Upper must have the same values for the addresspool created for ZoneOfEndpoints.

Sample response header

HTTP/1.1 201 Created
Allow:"GET", "PUT", "POST", "PATCH", "DELETE"
Location:/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351:1/AddressPools/bb2cd119-01e5-499d-8465-c219ad891842
Date:Wed, 31 Mar 2021 12:55:55 GMT-20h 45m

Sample response body

{
"@odata.context":"/redfish/v1/$metadata#AddressPool.AddressPool",
"@odata.id":"/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351:1/AddressPools/bb2cd119-01e5-499d-8465-c219ad891842",
"@odata.type":"#AddressPool.v1_1_0.AddressPool",
"Ethernet":{
"IPv4":{
"GatewayIPAddress":"17.5.7.8/24",
"VLANIdentifierAddressRange":{
"Lower":100,
"Upper":100
}
}
},
"Name":"HPE-AddressPool-1",
"id":"bb2cd119-01e5-499d-8465-c219ad891842"
}

Creating an addresspool for a zone of endpoints with untagged VLAN

Method	POST
URI	/redfish/v1/Fabrics/{fabricID}/AddressPools
Description	This operation creates an address pool (with untagged VLAN) that can be used by a zone of endpoints.
Returns	- Link to the created address pool in the Location header - JSON schema representing the created address pool
Response code	On success, 201 Created
Authentication	Yes

curl command

curl -i POST \
   -H "X-Auth-Token:{X-Auth-Token}" \
    -d \
'{
  "Name":"Test-AddressPool-1",
"Ethernet":{
"IPv4":{
"GatewayIPAddress":"17.5.7.8/24",
"NativeVLAN":101
   	    	}
		}
}'
 'https://{odimra_host}:{port}/redfish/v1/Fabrics/{fabricID}/AddressPools'

Sample request body

{
 "Name":"Test-AddressPool-1",
 "Ethernet":{
 "IPv4":{
 "GatewayIPAddress":"17.5.7.8/24",
 "NativeVLAN":101
 		  }
 		 	  }
 }

Request parameters

Parameter	Type	Description
Name	String (optional)	Name for the address pool
Ethernet{
IPv4{	(required)
GatewayIPAddressList{	Array (required)	IP pool to assign IPv4 address to the IP interface for VLAN per switch
NativeVLAN	(required)	A single VLAN (virtual LAN) used for creating the IP interface for the user Virtual Routing and Forwarding (VRF)

Sample response header

HTTP/1.1 201 Created
Allow:"GET", "PUT", "POST", "PATCH", "DELETE"
Location:/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351:1/AddressPools/bb2cd119-01e5-499d-8465-c219ad891842
Date:Wed, 31 Mar 2021 12:55:55 GMT-20h 45m

Sample response body

{
"@odata.context":"/redfish/v1/$metadata#AddressPool.AddressPool",
"@odata.id":"/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351.1/AddressPools/bb2cd119-01e5-499d-8465-c219ad891842",
"@odata.type":"#AddressPool.v1_1_0.AddressPool",
"Ethernet":{
"IPv4":{
"GatewayIPAddress":"17.5.7.8/24",
"NativeVLAN":101
		}
			},
"Name":"HPE-AddressPool-1",
"id":"bb2cd119-01e5-499d-8465-c219ad891842"
}

Creating a default zone

Method	POST
URI	/redfish/v1/Fabrics/{fabricID}/Zones
Description	This operation creates a default zone in a specific fabric.
Returns	JSON schema representing the created zone
Response code	On success, 201 Created
Authentication	Yes

curl command

curl -i POST \
-H "X-Auth-Token:{X-Auth-Token}" \
-d \
'{
"Name":"HPE-Tenant",
"Description":"Default Zone",
"ZoneType":"Default"
}'
'https://{odim_host}:{port}/redfish/v1/Fabrics/{fabricID}/Zones'

Sample request body

{
"Name":"HPE-Tenant",
"Description":"Default Zone",
"ZoneType":"Default"
}

Request parameters

Parameter	Type	Description
Name	String (optional)	Name for the zone. NOTE: Ensure that there are no spaces.
Description	String (optional)	The description for the zone. NOTE: Ensure that there are no spaces.
ZoneType	String (required)	The type of the zone to be created. Options include: • ZoneOfZones • ZoneOfEndpoints • Default The type of the zone for a default zone is Default.

Sample response header

HTTP/1.1 201 Created
Allow: "GET", "PUT", "POST", "PATCH", "DELETE"
Location: /redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351:1/Zones/adce4bd8-0f39-421d-9b78-5fb6981ca68b
Date: Wed, 31 Mar 2021 12:55:55 GMT-20h 45m

Sample response body

{
"@odata.context":"/redfish/v1/$metadata#Zone.Zone",
"@odata.id":"/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351:1/Zones/adce4bd8-0f39-421d-9b78-5fb6981ca68b",
"@odata.type":"#Zone.v1_4_0.Zone",
"Description":"Default Zone",
"Id":"adce4bd8-0f39-421d-9b78-5fb6981ca68b",
"Name":"HPE-Tenant",
"Status":{
"Health":"OK",
"State":"Enabled"
},
"ZoneType":"Default"
}

Creating a zone of zones

Method	POST
URI	/redfish/v1/Fabrics/{fabricID}/Zones
Description	This operation creates an empty container zone for all the other zones in a specific fabric. You can assign address pools, endpoints, other zones, or switches to this zone.
Returns	JSON schema representing the created zone
Response code	On success, 201 Created
Authentication	Yes

curl command

curl -i POST \
-H "X-Auth-Token:{X-Auth-Token}" \
-d \
'{
"Name":"HPE-App1",
"Description":"Zone of endpoints",
"ZoneType":"ZoneOfZones",
"Links":{
"ContainedByZones":[
{
"@odata.id":"/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/Zones/e5badcc7-707c-443d-b06f-b59686e1352d"
}
],
"AddressPools":[
{
"@odata.id":"/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/AddressPools/311a78f1-ce37-4ace-9020-04688e55c398"
}
]
}
}'
'https://{odim_host}:{port}/redfish/v1/Fabrics/{fabricID}/Zones'

Sample request body

{
"Name":"HPE-App1",
"Description":"Zone of endpoints",
"ZoneType":"ZoneOfZones",
"Links":{
"ContainedByZones":[
{
"@odata.id":"/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/Zones/e5badcc7-707c-443d-b06f-b59686e1352d"
}
],
"AddressPools":[
{
"@odata.id":"/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/AddressPools/311a78f1-ce37-4ace-9020-04688e55c398"
}
]
}
}

Request parameters

Parameter	Type	Description
Name	String (optional)	Name for the zone. NOTE: Ensure that there are no spaces.
Description	String (optional)	Description for the zone. NOTE: Ensure that there are no spaces.
ZoneType	String (required)	The type of the zone to be created. Options include: • ZoneOfZones • ZoneOfEndpoints • Default The type of the zone for a default zone is ZoneOfZones.
Links{	(required)
ContainedByZones	Array (required)	Represents an array of default zones for the zone being created
AddressPools	Array (required)	AddressPool links supported for the Zone of Zones (AddressPool links created for ZoneOfZones)

Sample response header

HTTP/1.1 201 Created
Allow:"GET", "PUT", "POST", "PATCH", "DELETE"
Location:/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351:1/Zones/6415d9aa-47a3-439d-93bb-5b23dccf5d60
Date:Wed, 31 Mar 2021 12:55:55 GMT-20h 45m

Sample response body

{
"@odata.context":"/redfish/v1/$metadata#Zone.Zone",
"@odata.id":"/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351:1/
Zones/6415d9aa-47a3-439d-93bb-5b23dccf5d60",
"@odata.type":"#Zone.v1_4_0.Zone",
"Description":"Zone of endpoints",
"Id":"6415d9aa-47a3-439d-93bb-5b23dccf5d60",
"Links":{
"AddressPools":[
{
"@odata.id":"/redfish/v1/Fabrics/a127eedcc29b-
416c-8c82-413153a3c351.1/AddressPools/
3d251ab9-2566-410a-9416-8164a0080d9a"
}
],
"ContainedByZones":[
{
"@odata.id":"/redfish/v1/Fabrics/a127eedcc29b-
416c-8c82-413153a3c351.1/Zones/adce4bd8-0f39-421d-9b78-5fb6981ca68b"
}
],
"ContainedByZones@odata.count":1
},
"Name":"HPE-App1",
"Status":{
"Health":"OK",
"State":"Enabled"
},
"ZoneType":"ZoneOfZones"
}

Updating the connected ports

Method	PATCH
URI	/redfish/v1/Fabrics/{fabricid}/Switches/{switchid}/Ports/{portid}
Description	This operation updates a connected port.
Returns	JSON schema representing the updated connected port
Response code	On success, 200 OK
Authentication	Yes

curl command

curl -i PATCH \
-H "X-Auth-Token:{X-Auth-Token}" \
-d \
'{
"Links":{
"ConnectedPorts":[
{
"@odata.id":"/redfish/v1/Systems/4f65617c-7337-4bc0-a277-e9b3b4865af7:1/EthernetInterfaces/1"
}
]
}
}'
'https://{odim_host}:{port}/redfish/v1/Fabrics/{fabricID}/Switches/{switchid}/Ports/{portid}'

Sample request body

{
"Links":{
"ConnectedPorts":[
{
"@odata.id":"/redfish/v1/Systems/4f65617c-7337-4bc0-a277-e9b3b4865af7:1/EthernetInterfaces/1"
}
]
}
}

Request parameters

Parameter	Type	Description
Links{	(required)
ContainedPorts	Array (required)	Represents an array of links to connected ports

Sample response header

HTTP/1.1 200 OK
Allow:"GET", "PUT", "POST", "PATCH", "DELETE"
Location:/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351:1/Switches/
9c5735d8-5598-40a4-896f-41cbc364f2fd:101/Ports/
ccae270d-4524-44de-95ba-62a92d9476d6:eth1-2
Date:Fri, 02 Apr 2021 07:39:26 GMT-2d 22h

Sample response body

{
"@odata.context":"/redfish/v1/$metadata#Port.Port",
"@odata.id":"/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351:1/
Switches/9c5735d8-5598-40a4-896f-41cbc364f2fd:101/Ports/
ccae270d-4524-44de-95ba-62a92d9476d6:eth1-2",
"@odata.type":"#Port.v1_3_0.Port",
"Id":"ccae270d-4524-44de-95ba-62a92d9476d6:eth1-2",
"InterfaceEnabled":false,
"LinkNetworkTechnology":"Ethernet",
"Links":{
"ConnectedPorts":[
{
"@odata.id":"/redfish/v1/Systems/
951ed562-0323-4351-9c0f-6240a25ec478.1/EthernetInterfaces/1"
}
]
},
"MaxFrameSize":9000,
"Name":"Port-eth1/2",
"PortId":"eth1/2",
"PortProtocol":"Ethernet",
"PortType":"BidirectionalPort"
}

Creating a redundant endpoint

Method	POST
URI	/redfish/v1/Fabrics/{fabricID}/Endpoints
Description	This operation creates a redundant endpoint in a specific fabric.
Returns	• Link to the created endpoint in the Location header • JSON schema representing the created endpoint
Response code	On success, 201 Created
Authentication	Yes

curl command

curl -i POST \
-H "X-Auth-Token:{X-Auth-Token}" \
-d \
'{
"Name": "Redundant-Endpoint-1",
"Description": "Redundant Endpoint to provide redundancy between two
Leaf switch ports",
"Redundancy": [
{
"Mode": "Sharing",
"RedundancySet": [
{
"@odata.id": "/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/Switches/71b33448-9423-4c23-b517-eb6b3ce3b751.101/Ports/
90069713-cf34-4948-a5ca-abc22a13c56b.eth1-2"
},
{
"@odata.id": "/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/Switches/b1b3d0e2-3860-4caf-ade4-2db7e9f6c075.102/Ports/
1655f138-2c46-49b6-aedf-61645d73ad3f.eth1-2"
}
]
}
]
}'
'https://{odim_host}:{port}/redfish/v1/Fabrics/{fabricID}/Endpoints'

Sample request body

{
"Name": "Redundant-Endpoint-1",
"Description": "Redundant Endpoint to provide redundancy between two
Leaf switch ports",
"Redundancy": [
{
"Mode": "Sharing",
"RedundancySet": [
{
"@odata.id": "/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/Switches/71b33448-9423-4c23-b517-eb6b3ce3b751.101/Ports/
90069713-cf34-4948-a5ca-abc22a13c56b.eth1-2"
},
{
"@odata.id": "/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/Switches/b1b3d0e2-3860-4caf-ade4-2db7e9f6c075.102/Ports/
1655f138-2c46-49b6-aedf-61645d73ad3f.eth1-2"
}
]
}
]
}

Request parameters

Parameter	Type	Description
Name	String (optional)	Name for the endpoint
Description	String (optional)	Description for the endpoint
Redundancy[	Array
Mode	String	Redundancy mode
RedundancySet]	Array	Set of redundancy ports connected to the switches. These links must be switch leaf ports URIs.

Sample response header

HTTP/1.1 201 Created
Allow:"GET", "PUT", "POST", "PATCH", "DELETE"
Location:/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351:1/Endpoints/1cf55323-c1be-43d6-bc51-7ea0d06190d8
Date:Wed, 31 Mar 2021 12:55:55 GMT-20h 45m

Sample response body

{
"@odata.context":"/redfish/v1/$metadata#Endpoint.Endpoint",
"@odata.id":"/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351.1/
Endpoints/1cf55323-c1be-43d6-bc51-7ea0d06190d8",
"@odata.type":"#Endpoint.v1_5_0.Endpoint",
"Description":"Redundant Endpoint to provide redundancy between two Leaf
switch ports",
"Id":"1cf55323-c1be-43d6-bc51-7ea0d06190d8",
"Name":"Redundant-Endpoint-1",
"Redundancy":[
{
"Mode":"Sharing",
"RedundancySet":[
{
"@odata.id":"/redfish/v1/Fabrics/a127eedcc29b-
416c-8c82-413153a3c351.1/Switches/
8bfa29b9-7fec-412d-8b29-042df4ba46f5.101/Ports/
903f2727-2bf8-49b1-8ebd-97729a8f1460.eth1-2"
},
{
"@odata.id":"/redfish/v1/Fabrics/a127eedcc29b-
416c-8c82-413153a3c351.1/Switches/e941a68e-4ffc-4d65-
b3a5-3afe84f73fd7.102/Ports/43730998-10fe-491e-94a9-f48eeaa1e202.eth1-2"
}
]
}
]
}

Creating a zone of endpoints

Method	POST
URI	/redfish/v1/Fabrics/{fabricID}/zones
Description	This operation creates a zone of endpoints in a specific fabric. NOTE: Ensure that the endpoints are created first before assigning them to the zone of endpoints.
Returns	JSON schema representing the created zone
Response code	On success, 201 Created
Authentication	Yes

NOTE: MultiVLAN is supported for the creation of multiple zone of endpoints.

curl command

curl -i POST \
-H "X-Auth-Token:{X-Auth-Token}" \
-d \
'{
"Name":"HPE-ZOE-1",
"Description":"Zone of endpoints",
"ZoneType":"ZoneOfEndpoints",
"Links":{
"ContainedByZones":[
{
"@odata.id":"/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/Zones/451a7e26-00a4-4139-87b0-49e419bfa1ee"
}
],
"AddressPools":[
{
"@odata.id":"/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/AddressPools/1b695701-6ce3-457e-a530-2bc55cac5fc7"
}
],
"Endpoints":[
{
"@odata.id":"/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/Endpoints/1309dbc6-85d7-4bf8-8df7-92b9f56b0092"
}
]
}
}'
'https://{odim_host}:{port}/redfish/v1/Fabrics/{fabricID}/Zones'

Sample request body

{
"Name":"HPE-ZOE-1",
"Description":"Zone of endpoints",
"ZoneType":"ZoneOfEndpoints",
"Links":{
"ContainedByZones":[
{
"@odata.id":"/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/Zones/451a7e26-00a4-4139-87b0-49e419bfa1ee"
}
],
"AddressPools":[
{
"@odata.id":"/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/AddressPools/1b695701-6ce3-457e-a530-2bc55cac5fc7"
}
],
"Endpoints":[
{
"@odata.id":"/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/Endpoints/1309dbc6-85d7-4bf8-8df7-92b9f56b0092"
}
]
}
}

Request parameters

Parameter	Type	Description
Name	String (optional)	Name for the zone. NOTE: Ensure that there are no spaces.
Description	String (optional)	Description for the zone. NOTE: Ensure that there are no spaces.
ZoneType	String (required)	The type of the zone to be created. Options include: • ZoneOfZones • ZoneOfEndpoints • Default The type of the zone for a zone of endpoints is ZoneOfEndpoints.
Links{	Object (required)	Contains references to other resources that are related to the zone
ContainedByZones [{	Array (required)	Represents an array of ZoneOfZones for the zone being created
@odata.id }]	String	Link to a Zone of zones
AddressPools [{	Array (required)	Represents an array of address pools linked with a ZoneOfZones
@odata.id }]	String	Link to an address pool
Endpoints [{	Array (required)	Represents an array of endpoints to be included in the zone
@odata.id }]	String	Link to an endpoint

Sample response header

HTTP/1.1 201 Created
Allow: "GET", "PUT", "POST", "PATCH", "DELETE"
Location: /redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351:1/Zones/8e18e640-a91b-4d9b-9810-b63af3d9ce9b
Date: Wed, 31 Mar 2021 12:55:55 GMT-20h 45m

Sample response body

{
"@odata.context":"/redfish/v1/$metadata#Zone.Zone",
"@odata.id":"/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351:1/
Zones/8e18e640-a91b-4d9b-9810-b63af3d9ce9b",
"@odata.type":"#Zone.v1_4_0.Zone",
"Description":"Zone of endpoints",
"Id":"8e18e640-a91b-4d9b-9810-b63af3d9ce9b",
"Links":{
"AddressPools":[
{
"@odata.id":"/redfish/v1/Fabrics/a127eedcc29b-
416c-8c82-413153a3c351:1/AddressPools/bb2cd119-01e5-499d-8465-
c219ad891842"
}
],
"ContainedByZones":[
{
"@odata.id":"/redfish/v1/Fabrics/a127eedcc29b-
416c-8c82-413153a3c351:1/Zones/6415d9aa-47a3-439d-93bb-5b23dccf5d60"
}
],
"ContainedByZones@odata.count":1,
"Endpoints":[
{
"@odata.id":"/redfish/v1/Fabrics/a127eedcc29b-
416c-8c82-413153a3c351.1/Endpoints/1cf55323-c1be-43d6-bc51-7ea0d06190d8"
}
]
},
"Name":"HPE-ZOE-1",
"Status":{
"Health":"OK",
"State":"Enabled"
},
"ZoneType":"ZoneOfEndpoints"
}

Updating a zone of endpoints

Method	PATCH
URI	/redfish/v1/Fabrics/{fabricid}/Zones/{zoneid}
Description	This operation updates a zone of endpoints.
Returns	JSON schema representing the updated zone of endpoints
Response code	On success, 200 OK
Authentication	Yes

curl command

curl -i PATCH \
-H "X-Auth-Token:{X-Auth-Token}" \
-d \
'{
"Links":{
"Endpoints":[
{
"@odata.id":"/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/Endpoints/1309dbc6-85d7-4bf8-8df7-92b9f56b0092"
}
]
}
}'
'https://{odim_host}:{port}/redfish/v1/Fabrics/{fabricID}/Zones/{zoneid}

Sample request body

{
"Links":{
"Endpoints":[
{
"@odata.id":"/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/Endpoints/1309dbc6-85d7-4bf8-8df7-92b9f56b0092"
}
]
}
}

Request parameters

Parameter	Type	Description
Links{	(required)
Endpoints	Array (required)	Represents an array of links to endpoints. NOTE: Adding new endpoint links replaces the existing ones in the zone of endpoints being updated.To retain the existing links, add them in this array along with the new ones.

Sample response header

HTTP/1.1 200 OK
Allow:"GET", "PUT", "POST", "PATCH", "DELETE"
Location:/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351:1/Zones/8e18e640-a91b-4d9b-9810-b63af3d9ce9b
Date:Fri, 02 Apr 2021 07:39:26 GMT-2d 22h

Sample response body

{
"@odata.context":"/redfish/v1/$metadata#Zone.Zone",
"@odata.id":"/redfish/v1/Fabrics/a127eedc-c29b-416c-8c82-413153a3c351.1/
Zones/8e18e640-a91b-4d9b-9810-b63af3d9ce9b",
"@odata.type":"#Zone.v1_4_0.Zone",
"Description":"Zone of endpoints",
"Id":"8e18e640-a91b-4d9b-9810-b63af3d9ce9b",
"Links":{
"AddressPools":[
{
"@odata.id":"/redfish/v1/Fabrics/a127eedcc29b-
416c-8c82-413153a3c351.1/AddressPools/bb2cd119-01e5-499d-8465-
c219ad891842"
}
],
"ContainedByZones":[
{
"@odata.id":"/redfish/v1/Fabrics/a127eedcc29b-
416c-8c82-413153a3c351.1/Zones/6415d9aa-47a3-439d-93bb-5b23dccf5d60"
}
],
"ContainedByZones@odata.count":1,
"Endpoints":[
{
"@odata.id":"/redfish/v1/Fabrics/16b17167-de3e-483d-9f6daad629b8829b.
1/Endpoints/1309dbc6-85d7-4bf8-8df7-92b9f56b0092"
}
]
},
"Name":"HPE-ZOE-1",
"Status":{
"Health":"OK",
"State":"Enabled"
},
"ZoneType":"ZoneOfEndpoints"
}

Deleting an ACI fabric entity

Method	DELETE
URI	/redfish/v1/Fabrics/{fabricID}/AddressPools/{addresspoolid} /redfish/v1/Fabrics/{fabricID}/Zones/{zoneid} /redfish/v1/Fabrics/{fabricID}/Endpoints/{endpointid}
Description	This operation deletes a fabric entity such as an addresspool, zone, or an endpoint in a specific fabric. When deleting fabric entities, ensure to delete them in the following order: 1. Zone of endpoints 2. Endpoints 3. Zone of zones 4. Default zones 5. Address pools
Response code	On success, 204 No Content
Authentication	Yes

curl command

curl -i -X DELETE \
-H "X-Auth-Token:{X-Auth-Token}" \
'https://{odim_host}:{port}/redfish/v1/Fabrics/{fabricID}/AddressPools/{addresspoolid}'
curl -i -X DELETE \
-H "X-Auth-Token:{X-Auth-Token}" \
'https://{odim_host}:{port}/redfish/v1/Fabrics/{fabricID}/Zones/{zoneid}'
curl -i -X DELETE \
-H "X-Auth-Token:{X-Auth-Token}" \
'https://{odim_host}:{port}/redfish/v1/Fabrics/{fabricID}/Endpoints/{endpointid}'

Mapping of Redfish logical entities to Cisco ACI entities

Redfish Logical Entity	Equivalent Cisco ACI entity
Default zone	Tenant
ZoneOfZone	Application profile and VRF
VLANIdentifierAddressRange of ZoneOfZoneAddressPool	VLAN range of a domain
Redundant ports of an endpoint	VPC Policy Group
ZoneOfEndpoints	BridgeDomain and Application EPGs (Endpoint Group)
GatewayIPAddress of ZoneOfEndpoints' addresspool	Subnet in BridgeDomain
VLANIdentifierAddressRange of ZoneOfEndpoints' addresspool	VLAN in StaticPort of Application EPGs
Health and status of Redfish fabrics, switches, and ports	Health and status of ACI fabrics, switches, and ports. See the following table

Mapping of Redfish fabric health to ACI fabric health range

Redfish representation	Equivalent ACI range
OK	91 to 100
Warning	31 to 90
Critical	Lesser than 31

Documentation

Overview

(C) Copyright [2020] Hewlett Packard Enterprise Development LP

Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at

http://www.apache.org/licenses/LICENSE-2.0

Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.