wiki:GeniNetworkStitchingTestStatus/GNS-T1

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Version 8 (modified by lnevers@bbn.com, 11 years ago) (diff)
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GNS-T1 - Topology 1 - Utah InstaGENI to GPO InstaGENI

This page captures status and execution details for Topology 1 - Utah InstaGENI to GPO InstaGENI. For overall status see the GENI Network Stitching Test Status page and for test details see the GENI Network Stitching Test Plan page. Last update: 07/16/13

Step	State	Ticket	Comments
Step 1	Color(green,Pass)?
Step 2	Color(green,Pass)?
Step 3	Color(green,Pass)?
Step 4	Color(green,Pass)?
Step 5	Color(green,Pass)?
Step 6	Color(green,Pass)?
Step 7	Color(green,Pass)?
Step 8	Color(#63B8FF,In Progress)?
Step 9
Step 10
Step 11

State Legend	Description
Color(green,Pass)?	Test completed and met all criteria
Color(#98FB98,Pass: most criteria)?	Test completed and met most criteria. Exceptions documented
Color(red,Fail)?	Test completed and failed to meet criteria.
Color(yellow,Complete)?	Test completed but will require re-execution due to expected changes
Color(orange,Blocked)?	Blocked by ticketed issue(s).
Color(#63B8FF,In Progress)?	Currently under test.

Test Execution

Assumptions and Notes:

GENI Portal credentials are used
Stitcher currently does not support AM API v3, and is delivered to run AM API V2.
Capacity must be specified for scenarios where Utah IG is end-point.

GNS-T1 - Utah InstaGENI to GPO InstaGENI

Verify stitching path for a scenario that has the end-points Utah InstaGENI and GPO InstaGENI via Internet2 ION. This scenario will verify experimenter functions and some operator functions as described below.

Step 1. Create sliver

As Experimenter, use GENI AM API client to submit create sliver for initial Request RSpec. No aggregate needs to be specified, aggregates are determined from the Request RSpec.

$ omni.py createslice lndemo 
15:59:43 INFO     omni: Loading config file /home/lnevers/.gcf/omni_config
15:59:43 INFO     omni: Using control framework portal
15:59:45 INFO     omni: Created slice with Name lndemo, URN urn:publicid:IDN+ch.geni.net:ln-prj+slice+lndemo, Expiration 2013-07-2
0 20:04:54
12:59:45 INFO     omni:  ------------------------------------------------------------
12:59:45 INFO     omni:  Completed createslice:

  Options as run:
		framework: portal
		project: ln-prj

  Args: createslice lndemo
  Result Summary: Created slice with Name lndemo, URN urn:publicid:IDN+ch.geni.net:ln-prj+slice+lndemo, Expiration 2013-07-20 20:04:54
12:59:45 INFO     omni:  ============================================================

$ stitcher.py createsliver lndemo stitch-eg-gpo-ig-utah.rspec --ionRetryIntervalSecs 120 -o 
16:24:41 INFO     stitcher: Loading config file /home/lnevers/.gcf/omni_config
16:24:41 INFO     stitcher: Using control framework portal
16:24:41 INFO     stitcher: Checking that slice lndemo is valid...
16:24:42 INFO     stitcher: Slice urn:publicid:IDN+ch.geni.net:ln-prj+slice+lndemo expires on 2013-07-22 13:29:51 UTC
16:24:42 INFO     stitcher: <Aggregate urn:publicid:IDN+utah.geniracks.net+authority+cm> speaks AM API v3, but sticking with v
2
16:24:42 INFO     stitcher: <Aggregate urn:publicid:IDN+emulab.net+authority+cm> speaks AM API v3, but sticking with v2
16:24:42 INFO     stitch.Aggregate: Writing to '/tmp/lndemo-createsliver-request-11-exogeni-net-bbnvmsite.xml'
16:24:42 INFO     stitch.Aggregate: 
	Stitcher doing createsliver at http://geni.renci.org:11443/orca/xmlrpc
16:24:54 INFO     stitch.Aggregate: Got an EG AM: FIXME: It could still fail, and this manifest lacks some info.
16:24:54 WARNING  stitch.Aggregate: <Aggregate urn:publicid:IDN+exogeni.net:bbnvmsite+authority+am>: Couldn't find link urn:pu
blicid:IDN+exogeni.net:bbnvmsite+interface+Bbn:ExoGeni:TenGigabitEthernet:1:ethernet in path link-eggpo-igutah in EG manifest 
rspec
16:24:54 WARNING  stitch.Aggregate:  ... returning Fake avail/suggested 2-4094, 3741
16:24:54 WARNING  stitch.Aggregate: <Aggregate urn:publicid:IDN+exogeni.net:bbnvmsite+authority+am>: Couldn't find link urn:pu
blicid:IDN+exogeni.net:bbnNet+interface+BbnNet:IBM:G8052:TenGigabitEthernet:1:1:ethernet in path link-eggpo-igutah in EG manif
est rspec
16:24:54 WARNING  stitch.Aggregate:  ... returning Fake avail/suggested 2-4094, 3741
16:24:54 INFO     stitch.Aggregate: Allocation at <Aggregate urn:publicid:IDN+exogeni.net:bbnvmsite+authority+am> complete.
16:24:54 WARNING  stitch.Aggregate: Slivers at PG Utah may not be requested initially for > 5 days. PG Utah slivers will expir
e earlier than at other aggregates - requested expiration being reset from 2013-07-22T13:29:51Z to 2013-07-20T20:04:54Z
16:24:54 INFO     stitch.Aggregate: Writing to '/tmp/lndemo-createsliver-request-11-emulab-net.xml'
16:24:54 INFO     stitch.Aggregate: 
	Stitcher doing createsliver at https://www.emulab.net:12369/protogeni/xmlrpc/am
16:25:27 INFO     stitch.Aggregate: Allocation at <Aggregate urn:publicid:IDN+emulab.net+authority+cm> complete.
16:25:27 INFO     stitch.Aggregate: Writing to '/tmp/lndemo-createsliver-request-11-utah-geniracks-net.xml'
16:25:27 INFO     stitch.Aggregate: 
	Stitcher doing createsliver at https://boss.utah.geniracks.net:12369/protogeni/xmlrpc/am
16:25:41 INFO     stitch.Aggregate: Allocation at <Aggregate urn:publicid:IDN+utah.geniracks.net+authority+cm> complete.
16:25:41 INFO     stitch.Aggregate: Writing to '/tmp/lndemo-createsliver-request-11-ion-internet2-edu.xml'
16:25:41 INFO     stitch.Aggregate: 
	Stitcher doing createsliver at http://geni-am.net.internet2.edu:12346
16:26:25 INFO     stitch.Aggregate: DCN AM <Aggregate urn:publicid:IDN+ion.internet2.edu+authority+am>: must wait for status r
eady....
16:26:25 INFO     stitch.Aggregate: Pause to let circuit become ready...
16:27:02 INFO     stitch.Aggregate: DCN circuit 22871 is ready
16:27:09 INFO     stitch.Aggregate: Allocation at <Aggregate urn:publicid:IDN+ion.internet2.edu+authority+am> complete.
16:27:09 INFO     stitch.launcher: All aggregates are complete.
16:27:09 ERROR    stitch.ManifestRSpecCombiner: Can't replace hop link in template: AM HOP LINK None; TEMPLATE HOP <DOM Elemen
t: hop at 0x9f3da6c>; TEMPLATE HOP LINK <DOM Element: link at 0x9f3d66c>
16:27:09 ERROR    stitch.ManifestRSpecCombiner: Can't replace hop link in template: AM HOP LINK None; TEMPLATE HOP <DOM Elemen
t: hop at 0x9f3dfec>; TEMPLATE HOP LINK <DOM Element: link at 0x9f3d5ec>
16:27:09 ERROR    stitcher: Manifest RSpec file did not contain a Manifest RSpec (wrong type or schema)
16:27:09 INFO     stitcher: Writing to 'lndemo-manifest-rspec-stitching-combined.xml'
16:27:09 INFO     stitcher: Saved combined reservation RSpec at 4 AMs to file lndemo-manifest-rspec-stitching-combined.xml
Stitching success: Reserved resources in slice lndemo at 4 Aggregates (including 2 intermediate aggregate(s) not in the origin
al request), creating 1 link(s).
$

Step 2. Verify Request RSpec for each Stitching Path Aggregate

Verify that request RSpec is expanded after Path Computation into one RSpec for each Stitching Path Aggregates (IG Utah, PG Utah, ION, and IG GPO).

Verified the content of the /tmp/lndemo-createsliver-request-*.xml files.

Step 3. Verify VLAN negotiation for IG Utah

Verify that workflow agent negotiates VLAN with Utah InstaGENI using the RSpec from step 2 and generates a manifest for IG Utah resources.

There is no intermediate manifest, only the combined manifest generated at the end of the create sliver, this will be reviewed in later step.

Step 4. Verify VLAN negotiation for PG Utah

Verify that workflow agent negotiates VLAN with Utah ProtoGENI using the RSpec from step 2 and generates a manifest for PG Utah resources.

Requested VLANs were available. No negotiation took place.

Step 5. Verify VLAN negotiation for IG GPO

Verify that workflow agent negotiates VLAN with GPO InstaGENI using the GPO RSpec from step 2 and generates a manifest for GPO resources.

Requested VLANs were available. No negotiation took place.

Step 6. Verify VLAN negotiation for I2/ION aggregate

Verify that workflow agent negotiates VLAN with ION using the ION RSpec from step 2 and generates a manifest for ION resources.

Requested VLANs were available. No negotiation took place for VLAN, and circuit came up as expected:

16:25:41 INFO     stitch.Aggregate: 
	Stitcher doing createsliver at http://geni-am.net.internet2.edu:12346
16:26:25 INFO     stitch.Aggregate: DCN AM <Aggregate urn:publicid:IDN+ion.internet2.edu+authority+am>: must wait for status r
eady....
16:26:25 INFO     stitch.Aggregate: Pause to let circuit become ready...
16:27:02 INFO     stitch.Aggregate: DCN circuit 22871 is ready

Step 7. Verify combined Manifest RSpec

Verify that the final "combined" RSpec reflects the allocate stitching and non-stitching resources.

Reviewed the content of the lndemo-manifest-rspec-stitching-combined.xml file, which showed the following stitching path:

	<stitching lastUpdateTime="2013-07-15T20:26:56.348Z" xmlns="http://hpn.east.isi.edu/rspec/ext/stitch/0.1/" xmlns:xsi="
http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://hpn.east.isi.edu/rspec/ext/stitch/0.1/ http://hpn.east.i
si.edu/rspec/ext/stitch/0.1/stitch-schema.xsd">
		<path id="link-eggpo-igutah">
			<globalId>
        ion.internet2.edu-22871
			</globalId>
			<lifetime id="ion.internet2.edu-22871">
				<start type="xgc">
          2013-07-22T13:29:51.000Z
				</start>
				<end type="xgc">
          2013-07-15T20:26:56.348Z
				</end>
			</lifetime>
			<hop id="1">
				<link id="urn:publicid:IDN+exogeni.net:bbnvmsite+interface+Bbn:ExoGeni:TenGigabitEthernet:1:et
hernet">
					<trafficEngineeringMetric>
            10
					</trafficEngineeringMetric>
					<capacity>
            100000
					</capacity>
					<switchingCapabilityDescriptor>
						<switchingcapType>
              l2sc
						</switchingcapType>
						<encodingType>
              ethernet
						</encodingType>
						<switchingCapabilitySpecificInfo>
							<switchingCapabilitySpecificInfo_L2sc>
								<interfaceMTU>
                  9000
								</interfaceMTU>
								<vlanRangeAvailability>
                  2-4094
								</vlanRangeAvailability>
								<suggestedVLANRange>
                  3741
								</suggestedVLANRange>
								<vlanTranslation>
                  false
								</vlanTranslation>
							</switchingCapabilitySpecificInfo_L2sc>
						</switchingCapabilitySpecificInfo>
					</switchingCapabilityDescriptor>
				</link>
				<nextHop>
          2
				</nextHop>
			</hop>
			<hop id="2">
				<link id="urn:publicid:IDN+exogeni.net:bbnNet+interface+BbnNet:IBM:G8052:TenGigabitEthernet:1:1:ethernet">
					<trafficEngineeringMetric>
            10
					</trafficEngineeringMetric>
					<capacity>
            100000
					</capacity>
					<switchingCapabilityDescriptor>
						<switchingcapType>
              l2sc
						</switchingcapType>
						<encodingType>
              ethernet
						</encodingType>
						<switchingCapabilitySpecificInfo>
							<switchingCapabilitySpecificInfo_L2sc>
								<interfaceMTU>
                  9000
								</interfaceMTU>
								<vlanRangeAvailability>
                  2-4094
								</vlanRangeAvailability>
								<suggestedVLANRange>
                  3741
								</suggestedVLANRange>
								<vlanTranslation>
                  false
								</vlanTranslation>
							</switchingCapabilitySpecificInfo_L2sc>
						</switchingCapabilitySpecificInfo>
					</switchingCapabilityDescriptor>
				</link>
				<nextHop>
          3
				</nextHop>
			</hop>
			<hop id="3">
				<ns2:link id="urn:publicid:IDN+exogeni.net:bbnNet+interface+BbnNet:IBM:G8052:GigabitEthernet:1:2:ethernet">
					<ns2:trafficEngineeringMetric>
						10
					</ns2:trafficEngineeringMetric>
					<ns2:capacity>
						10000000000
					</ns2:capacity>
					<ns2:switchingCapabilityDescriptor>
						<ns2:switchingcapType>
							l2sc
						</ns2:switchingcapType>
						<ns2:encodingType>
							ethernet
						</ns2:encodingType>
						<ns2:switchingCapabilitySpecificInfo>
							<ns2:switchingCapabilitySpecificInfo_L2sc>
								<ns2:capability>
									consumer
								</ns2:capability>
								<ns2:vlanRangeAvailability>
									1-4096
								</ns2:vlanRangeAvailability>
								<ns2:suggestedVLANRange>
									3741
								</ns2:suggestedVLANRange>
								<ns2:vlanTranslation>
									false
								</ns2:vlanTranslation>
							</ns2:switchingCapabilitySpecificInfo_L2sc>
						</ns2:switchingCapabilitySpecificInfo>
					</ns2:switchingCapabilityDescriptor>
				</ns2:link>
				<nextHop>
          4
				</nextHop>
			</hop>
			<hop id="6">
				<link id="urn:publicid:IDN+emulab.net+interface+procurve-pgeni-atla:3.21">
					<trafficEngineeringMetric>
						10
					</trafficEngineeringMetric>
					<capacity>
						100000
					</capacity>
					<switchingCapabilityDescriptor>
						<switchingcapType>
							l2sc
						</switchingcapType>
						<encodingType>
							ethernet
						</encodingType>
						<switchingCapabilitySpecificInfo>
							<switchingCapabilitySpecificInfo_L2sc>
								<interfaceMTU>
									9000
								</interfaceMTU>
								<vlanRangeAvailability>
									905
								</vlanRangeAvailability>
								<suggestedVLANRange>
									905
								</suggestedVLANRange>
								<vlanTranslation>
									false
								</vlanTranslation>
							</switchingCapabilitySpecificInfo_L2sc>
						</switchingCapabilitySpecificInfo>
					</switchingCapabilityDescriptor>
				</link>
				<nextHop>
					7
				</nextHop>
			</hop>
			<hop id="7">
				<link id="urn:publicid:IDN+emulab.net+interface+procurveA:3.19">
					<trafficEngineeringMetric>
						10
					</trafficEngineeringMetric>
					<capacity>
						100000
					</capacity>
					<switchingCapabilityDescriptor>
						<switchingcapType>
							l2sc
						</switchingcapType>
						<encodingType>
							ethernet
						</encodingType>
						<switchingCapabilitySpecificInfo>
							<switchingCapabilitySpecificInfo_L2sc>
								<interfaceMTU>
									9000
								</interfaceMTU>
								<vlanRangeAvailability>
									905
								</vlanRangeAvailability>
								<suggestedVLANRange>
									905
								</suggestedVLANRange>
								<vlanTranslation>
									false
								</vlanTranslation>
							</switchingCapabilitySpecificInfo_L2sc>
						</switchingCapabilitySpecificInfo>
					</switchingCapabilityDescriptor>
				</link>
				<nextHop>
					8
				</nextHop>
			</hop>
			<hop id="8">
				<link id="urn:publicid:IDN+utah.geniracks.net+interface+procurve2:1.19">
					<trafficEngineeringMetric>
						10
					</trafficEngineeringMetric>
					<capacity>
						100000
					</capacity>
					<switchingCapabilityDescriptor>
						<switchingcapType>
							l2sc
						</switchingcapType>
						<encodingType>
							ethernet
						</encodingType>
						<switchingCapabilitySpecificInfo>
							<switchingCapabilitySpecificInfo_L2sc>
								<interfaceMTU>
									9000
								</interfaceMTU>
								<vlanRangeAvailability>
									905
								</vlanRangeAvailability>
								<suggestedVLANRange>
									905
								</suggestedVLANRange>
								<vlanTranslation>
									false
								</vlanTranslation>
							</switchingCapabilitySpecificInfo_L2sc>
						</switchingCapabilitySpecificInfo>
					</switchingCapabilityDescriptor>
				</link>
				<nextHop>
					null
				</nextHop>
			</hop>
		</path>
	</stitching>

Step 8. End-point to end-point measurements

Log in to compute resources at each Utah InstaGENI and GPO InstaGENI, gather delay and throughput measurements. Leave traffic exchange running between the end-hosts.

Step 9. Operator review of experiment resources

As Operator, verify that nodes, ports, links, capacity can be determined as allocated for this experiment.

Step 10. Sliver expiration and resource de-allocation

As Experimenter, leave resources running with traffic being exchanged. Allow sliver to expire, verify that sliver resources/traffic have been deleted.

Step 11. Operator verify resources release

As Operator, verify that expired resource resources (nodes, ports, links, capacity) are released properly and made available and part of the Advertisement RSpec.

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