def add_ps_nodes():
#it would be better to use the TopologyProvider.getInstance but that isn't working. Hence this tempoary code
estopo = ESnetTopology()
if (estopo):
links = estopo.getLinks()
for link in links:
if "pt" in link:
desc=ESnetTopology.idToDescription(link)
ps_node= PerfSONARTester()
node_name = desc[3:]
ps_node.setResourceName(node_name)
ps_node.addLink(links.get(link))
perf_testers[node_name+'.es.net'] = ps_node
def add_ps_nodes():
#it would be better to use the TopologyProvider.getInstance but that isn't working. Hence this tempoary code
estopo = ESnetTopology()
if (estopo):
links = estopo.getLinks()
for link in links:
if "pt" in link:
desc = ESnetTopology.idToDescription(link)
ps_node = PerfSONARTester()
node_name = desc[3:]
ps_node.setResourceName(node_name)
ps_node.addLink(links.get(link))
perf_testers[node_name + '.es.net'] = ps_node
i.setSpeed(interface[1])
i.setIfLinks(ArrayList())
i.setVlans(ArrayList())
for vlan in interface[2]:
i.getVlans().add(vlan)
link = DataTransferNodeLink()
link.setHostPort(links[0])
link.setCapacity(links[1])
link.setRemoteId(links[2])
i.getIfLinks().add(link)
dtn.getInterfaces().add(i)
dtn.save()
# Register ESnetTopology as the defaul local layer2 topology provider
ESnetTopology.registerToFactory()
createDTN(
name="bnl-diskpt1",
type="10000000000",
interfaces=[["eth2", "10000000000", ["3609", "834", "3179", "343",
"916"]]],
links=["eth2", "10000000000", "urn:ogf:network:es.net:bnl-mr3:xe-7/3/0"],
)
createDTN(
name="lbl-diskpt1",
type="10000000000",
interfaces=[["eth2", "10000000000", ["1300", "3609", "246", "202",
"916"]]],
links=["eth2", "10000000000", "urn:ogf:network:es.net:lbl-mr2:xe-9/3/0"],
i.setSpeed(interface[1])
i.setIfLinks(ArrayList())
i.setVlans(ArrayList())
for vlan in interface[2]:
i.getVlans().add(vlan)
link = DataTransferNodeLink()
link.setHostPort(links[0])
link.setCapacity(links[1])
link.setRemoteId(links[2])
i.getIfLinks().add(link)
dtn.getInterfaces().add(i)
dtn.save()
# Register ESnetTopology as the defaul local layer2 topology provider
ESnetTopology.registerToFactory()
# Register ESnet as the defaul local layer2 network provider
ESnet.registerToFactory()
createDTN(
name="bnl-diskpt1",
type="10000000000",
interfaces=[["eth2", "10000000000", ["3609", "834", "3179", "343", "916"]]],
links=["eth2", "10000000000", "urn:ogf:network:es.net:bnl-mr3:xe-7/3/0"],
)
createDTN(
name="lbl-diskpt1",
type="10000000000",
interfaces=[["eth2", "10000000000", ["1300", "3609", "246", "202", "916"]]],
# software, please contact Berkeley Lab's Innovation & Partnerships # Office at [email protected]. # # NOTICE. This Software was developed under funding from the # U.S. Department of Energy and the U.S. Government consequently retains # certain rights. As such, the U.S. Government has been granted for # itself and others acting on its behalf a paid-up, nonexclusive, # irrevocable, worldwide license in the Software to reproduce, # distribute copies to the public, prepare derivative works, and perform # publicly and display publicly, and to permit other to do so. # from net.es.enos.esnet import ESnetTopology,OSCARSReservations from org.joda.time import DateTime if not 'esnet' in globals(): globals()['esnet'] = ESnetTopology() def makeURN (node,domain="es.net",port="",link=""): """ makeURN takes the name and domain of a node and builds a URN following the NMWG topology format that is used by IDCP that OSCARS implements. The format is as follow: urn:ogf:network:domain:node:port:link for instance: urn:ogf:network:domain=es.net:node=denv-cr5:port=9/1/4:link=* :param node: node name, i.e. star-cr5 :param domain: domain name. Default is es.net :param port :param link :return: string """
