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Code Block
>sudo docker pull jamesdbloom/mockserver >sudo docker run --name mockserver -d -p 1080:1080 jamesdbloom/mockserver

Step 3. Use Postman to register SDN WAN controller for underlay network (you can do this in Portal ESR app too)

Step 4. Use Postman to register DC1 and DC2 SDN controller

Step 5. Use Postman to create PE1 and PE2 in A&AI

Code Block

title	PE1
collapse	true

https://{{aai}}:8443/aai/v11/network/pnfs/pnf/2ef788f0-407c-3070-b756-3a5cd71fde18
body:
<?xml version="1.0" encoding="UTF-8"?>
<pnf xmlns="http://org.openecomp.aai.inventory/v11">
<pnf-name>2ef788f0-407c-3070-b756-3a5cd71fde18</pnf-name>
<pnf-name2>pe1_id</pnf-name2>
<pnf-name2-source>NE40E-01</pnf-name2-source> 
<pnf-id>2ef788f0-407c-3070-b756-3a5cd71fde18</pnf-id> 
<equip-type>NE40E-X3A</equip-type> 
<equip-vendor>HUAWEI</equip-vendor>
<equip-model>example-equip-model-val-44828</equip-model>
<management-option>example-management-option-val-84964</management-option>
<ipaddress-v4-oam>10.1.1.101</ipaddress-v4-oam> 
<sw-version>V800R009C10SPC200</sw-version> 
<in-maint>true</in-maint>
<frame-id>example-frame-id-val-21069</frame-id>
<serial-number>2102350FMLN0G9000019</serial-number> 
<ipaddress-v4-loopback-0>example-ipaddress-v4-loopback0-val-57218</ipaddress-v4-loopback-0>
<ipaddress-v6-loopback-0>example-ipaddress-v6-loopback0-val-64041</ipaddress-v6-loopback-0>
<ipaddress-v4-aim>example-ipaddress-v4-aim-val-89025</ipaddress-v4-aim>
<ipaddress-v6-aim>example-ipaddress-v6-aim-val-89025</ipaddress-v6-aim>
<ipaddress-v6-oam>example-ipaddress-v6-oam-val-82953</ipaddress-v6-oam>
<inv-status>example-inv-status-val-1920</inv-status>
<prov-status>example-prov-status-val-35250</prov-status>
<nf-role>example-nf-role-val-75080</nf-role>
</pnf>

Code Block

title	PE2
collapse	true

URL: https://{{aai}}:8443/aai/v11/network/pnfs/pnf/4412d3f0-c296-314d-9284-b72fc5d485e8
Headers:
Authorization:Basic QUFJOkFBSQ==
X-TransactionId:9999
X-FromAppId:jimmy-postman
Accept:application/json
Content-Type:application/xml


Body:
<?xml version="1.0" encoding="UTF-8"?>
<pnf xmlns="http://org.openecomp.aai.inventory/v11"> 
<pnf-name>4412d3f0-c296-314d-9284-b72fc5d485e8</pnf-name> 
<pnf-name2>pe2_id</pnf-name2> 
<pnf-name2-source>NE40E-02</pnf-name2-source> 
<pnf-id>a8098c1a-f86e-11da-bd1a-00112444be1e</pnf-id> 
<equip-type>NE40E-X3A</equip-type> 
<equip-vendor>HUAWEI</equip-vendor> 
<equip-model>example-equip-model-val-44828</equip-model> 
<management-option>example-management-option-val-84964</management-option> 
<ipaddress-v4-oam>10.1.1.102</ipaddress-v4-oam> 
<sw-version>V800R009C10SPC200</sw-version> 
<in-maint>true</in-maint> 
<frame-id>example-frame-id-val-21069</frame-id> 
<serial-number>2102350FMLN0G9000021</serial-number> 
<ipaddress-v4-loopback-0>example-ipaddress-v4-loopback0-val-57218</ipaddress-v4-loopback-0> 
<ipaddress-v6-loopback-0>example-ipaddress-v6-loopback0-val-64041</ipaddress-v6-loopback-0> 
<ipaddress-v4-aim>192.168.1.1</ipaddress-v4-aim> 
<ipaddress-v6-aim>example-ipaddress-v6-aim-val-89025</ipaddress-v6-aim> 
<ipaddress-v6-oam>example-ipaddress-v6-oam-val-82953</ipaddress-v6-oam> 
<inv-status>example-inv-status-val-1920</inv-status> 
<prov-status>example-prov-status-val-35250</prov-status> 
<nf-role>example-nf-role-val-75080</nf-role> 
</pnf>

Step 3. Use Postman to register SDN WAN controller for underlay network (you can do this in Portal ESR app too)

Code Block

title	WAN SDN Controller
collapse	true

https://{{aai}}:8443/aai/v11/external-system/esr-thirdparty-sdnc-list/esr-thirdparty-sdnc/IP-WAN-Controller-1

<?xml version="1.0" encoding="UTF-8"?> 
<esr-thirdparty-sdnc xmlns="http://org.openecomp.aai.inventory/v11"> 
  <thirdparty-sdnc-id>IP-WAN-Controller-1</thirdparty-sdnc-id> 
  <location>Core</location> 
  <product-name>AC-WAN</product-name> 
  <esr-system-info-list> 
    <esr-system-info> 
      <esr-system-info-id>IP-WAN-Controller-ESR-1</esr-system-info-id> 
      <system-name>IP-WAN-Controller</system-name> 
      <type>WAN</type> 
      <vendor>HUAWEI</vendor> 
      <version>Agile Controller-WAN V300R002C10SPC015T</version> 
      <service-url>http://10.0.10.1:1080</service-url> 
      <user-name>zmb@huawei.com</user-name> 
      <password>Huawei12#$</password> 
      <system-type>example-system-type-val-12078</system-type> 
      <protocol>RESTCONF</protocol> 
      <ssl-cacert>example-ssl-cacert-val-20589</ssl-cacert> 
      <ssl-insecure>true</ssl-insecure> 
      <ip-address>10.0.10.1</ip-address> 
      <port>1080</port> 
      <cloud-domain>example-cloud-domain-val-76077</cloud-domain> 
      <default-tenant>example-default-tenant-val-71148</default-tenant> 
      <passive>true</passive> 
      <remote-path>example-remotepath-val-5833</remote-path> 
      <system-status>example-system-status-val-23435</system-status> 
    </esr-system-info> 
  </esr-system-info-list> 
  <relationship-list> 
    <relationship> 
      <related-to>pnf</related-to> 
      <relationship-data> 
        <relationship-key>pnf.pnf-name</relationship-key> 
        <relationship-value>2ef788f0-407c-3070-b756-3a5cd71fde18</relationship-value> 
      </relationship-data> 
    </relationship> 
    <relationship> 
      <related-to>pnf</related-to> 
      <relationship-data> 
        <relationship-key>pnf.pnf-name</relationship-key> 
        <relationship-value>4412d3f0-c296-314d-9284-b72fc5d485e8</relationship-value> 
      </relationship-data> 
    </relationship> 
  </relationship-list> 
</esr-thirdparty-sdnc>

Step 4. Use Postman to register DC1 and DC2 SDN controller

Step 6. Use Postman to create data center network 1,2,3,4 for overlay

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Old Version 7

New Version 8

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