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diagramNameSDN-R integrationstest setup
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Name/IP/Port to access from jenkins/robotframework

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  • Server "Test VM": sdnr-frankfurt-int 10.20.5.5 provides docker based test environment
  • Static environment for otto
    • oran NTS_Manager 8300 baseport 50000 dir 3gppsim
    • gran NTS_Manager_3GPP 9300 baseport 60000 dir oransim
  • Static environment for frankfurt development build robot
    • oran Robot_NTS_Manager 8200 basport baseport 55000 dir robot-nts-manager 
  • Integration test environment
    • Jenkins entry: INT_SDNC_Frankfurt
    • Port ranges 8310 .. 8499, 40000 .. 49999
    • ntssim oran 8310, 40000 .. 40019
  • Docker internal static IP assignment in "integration" network (172.40.0.0/16) with names for /etc/hosts of docker host.
    • 172.40.0.20 sdnrinit
    • 172.40.0.21 sdnr
    • 172.40.0.22-24 sdnr-0, sdnr-1, sdnr-2
    • 172.40.0.30 sdnrdb
    • 172.40.0.40 Netconfserversimulator
    • 172.40.0.60 Zookeeper
    • 172.40.0.70 Kafka
    • 172.40.0.80 DMaaP
    • 172.40.0.90 VESCollector
  • NTSim/ORan is using its own network. Communication takes place over the host IP and the mapped ports.
    • 172.17.02 container with 10 ORan devices
  • Access to services from outsite are running over the host IP. See table.

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  • docker for networking, run containers
  • docker-compose starting a structure
  • bash initialization
  • manual execution of development tests

Test cases

Executed by Jenkins (http://10.20.6.10:30080/view/INT_SDNC_FRANKFURT/) job: INT_SDNC_Frankfurt

Test case "Mount devices" (basic) >available<

  • Startup
    • Mount NTSim manager
    • Create and mount two NTSim/"oran" devices
  • Test steps
    • Verify that mount of the two devices was successfully done

Test case "Mount and get alarms for 50 devices" (load)

  • Startup
    • Mount 10 devices at a time
    • Mount with delay next 10 devices till we have the 50
  • Test seps
    • wait till startup is done
    • count the current alarms
    • Test Ok if current alarms count in a expected range.

Test case "Inventory" (functional)

  • Startup
    • Create docker network
      • a static network setup with static IPs for the containers
      • add name to hosts and use this names
    • start docker - Simulator (e.g. Sim12600 with equipment)
    • start docker - DB
    • start docker - SDNC
  • Test steps
    • mount sim12600
    • Read over the RESTCONF Interface via data-provider the equipment
    • Compare if it is the expected data

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