wiki:GeniNetworkStitchingConfirmationTestStatus/UKYPKS2

Version 2 (modified by lnevers@bbn.com, 5 years ago) (diff)

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University of Kentucky PKS2 Stitching Confirmation Tests

This pages capture the detailed test logs for each test defined in the New Site Stitching Confirmation Tests page. For the sites status see the New Site Stitching Confirmation Tests Status page.

IG-ST-1 New Site to GPO IG topology

The UKYPKS2 site advertises the following stitching details:

<stitching xmlns="http://hpn.east.isi.edu/rspec/ext/stitch/0.1/" lastUpdateTime="2014-09-08T18:15:11Z" >
<aggregate id="urn:publicid:IDN+pks2.sdn.uky.edu+authority+cm" url="https://www.pks2.sdn.uky.edu:12369/protogeni/xmlrpc/am">
<aggregatetype>protogeni</aggregatetype>
<stitchingmode>chainANDTree</stitchingmode>
<scheduledservices>false</scheduledservices>
<negotiatedservices>false</negotiatedservices>
<lifetime id="life">
    <start type="time">2014-09-08T18:15:11Z</start>
    <end type="time">2014-09-08T18:15:11Z</end>
</lifetime>
<node id="urn:publicid:IDN+pks2.sdn.uky.edu+node+procurve2">
  <port id="urn:publicid:IDN+pks2.sdn.uky.edu+stitchport+procurve2:1.18.ion">
    <capacity>1000000</capacity>
    <maximumReservableCapacity>1000000</maximumReservableCapacity>
    <minimumReservableCapacity>1000</minimumReservableCapacity>
    <granularity>1</granularity>
    <link id="urn:publicid:IDN+pks2.sdn.uky.edu+interface+procurve2:1.18.ion">
      <remoteLinkId>urn:publicid:IDN+ion.internet2.edu+interface+rtr.atla:xe-0/1/3:ukypks2-ig</remoteLinkId>
      <trafficEngineeringMetric>10</trafficEngineeringMetric>
      <capacity>1000000</capacity>
      <maximumReservableCapacity>1000000</maximumReservableCapacity>
      <minimumReservableCapacity>1000</minimumReservableCapacity>
      <granularity>1</granularity>
      <switchingCapabilityDescriptor>
        <switchingcapType>l2sc</switchingcapType>
        <encodingType>ethernet</encodingType>
        <switchingCapabilitySpecificInfo>
         <switchingCapabilitySpecificInfo_L2sc>
          <interfaceMTU>1500</interfaceMTU>
          <vlanRangeAvailability>1830-1849</vlanRangeAvailability>
          <vlanTranslation>false</vlanTranslation>
         </switchingCapabilitySpecificInfo_L2sc>
        </switchingCapabilitySpecificInfo>
      </switchingCapabilityDescriptor>
    </link>
  </port>
</node>
</aggregate>
</stitching>

Experimenter may not need any of this data, but it is helpful to reference when trying to determine how many VLANs are delegated for stitching at the site or how much bandwidth can be requested.

Create a slice and then create the stitched slivers with the RSpec IG-ST-1-ion.rspec:

$ omni.py createslice IG-ST-1
14:16:05 INFO    : Loading agg_nick_cache file '/home/lnevers/.gcf/agg_nick_cache'
14:16:05 INFO    : Loading config file /home/lnevers/.gcf/omni_config
14:16:05 INFO    : Setting option useSliceMembers based on omni_config setting
14:16:05 INFO    : Using control framework portal
14:16:05 INFO    : Member Authority is https://ch.geni.net/MA (from config)
14:16:05 INFO    : Slice Authority is https://ch.geni.net/SA (from config)
14:16:06 INFO    : Created slice with Name IG-ST-1, URN urn:publicid:IDN+ch.geni.net:ln-test+slice+IG-ST-1, Expiration 2014-09-15 18:16:05+00:00
14:16:06 INFO    :  ------------------------------------------------------
14:16:06 INFO    :  Completed createslice:

  Options as run:
		framework: portal
		project: ln-test
		useSliceMembers: True

  Args: createslice IG-ST-1

  Result Summary: Created slice with Name IG-ST-1, URN urn:publicid:IDN+ch.geni.net:ln-test+slice+IG-ST-1, Expiration 2014-09-15 18:16:05+00:00
 
14:16:06 INFO    :  ======================================================

$ stitcher.py createsliver IG-ST-1 IG-ST-1-ion.rspec -o


Determined login information at each UKYPKS2 and GPO aggregate:

$ readyToLogin.py IG-ST-1 -a ukypks2-ig
  ....

$ readyToLogin.py IG-ST-1 -a gpo-ig
  ....

IG-ST-2 New Site to GPO IG Loop topology

IG-ST-3 IG-ST-3 New Site 3 node linear topology

IG-ST-4 New Site to GPO EG interoperability

IG-ST-5 Site Information

IG-ST-6 New Site OpenFlow topology