def setUp(self):
db.setupDatabase()
self.requester = common.DUDRequester()
self.clock = task.Clock()
nrm_map = StringIO.StringIO(topology.ARUBA_TOPOLOGY)
nrm_ports, nml_network, link_vector = setup.setupTopology(nrm_map, self.network, 'aruba.net')
self.backend = dud.DUDNSIBackend(self.network, nrm_ports, self.requester, {})
self.backend.scheduler.clock = self.clock
pl = plugin.BasePlugin()
pl.init( { config.NETWORK_NAME: self.network }, None )
pr = provreg.ProviderRegistry( { self.provider_agent.urn() : self.backend }, {} )
self.provider = aggregator.Aggregator(self.network, self.provider_agent, nml_network, link_vector, self.requester, pr, [], pl)
# set parent for backend, we need to create the aggregator before this can be done
self.backend.parent_requester = self.provider
self.backend.startService()
# request stuff
self.start_time = datetime.datetime.utcnow() + datetime.timedelta(seconds=2)
self.end_time = datetime.datetime.utcnow() + datetime.timedelta(seconds=10)
self.schedule = nsa.Schedule(self.start_time, self.end_time)
self.sd = nsa.Point2PointService(self.source_stp, self.dest_stp, self.bandwidth, cnt.BIDIRECTIONAL, False, None)
self.criteria = nsa.Criteria(0, self.schedule, self.sd)
def setUp(self):
self.clock = task.Clock()
self.requester = common.DUDRequester()
nrm_ports = nrm.parsePortSpec(StringIO.StringIO(topology.ARUBA_TOPOLOGY))
self.backend = dud.DUDNSIBackend(self.network, nrm_ports, self.requester, {})
self.provider = self.backend
self.provider.scheduler.clock = self.clock
self.provider.startService()
db.setupDatabase()
# request stuff
self.start_time = datetime.datetime.utcnow() + datetime.timedelta(seconds=2)
self.end_time = datetime.datetime.utcnow() + datetime.timedelta(seconds=10)
self.schedule = nsa.Schedule(self.start_time, self.end_time)
self.sd = nsa.Point2PointService(self.source_stp, self.dest_stp, self.bandwidth, cnt.BIDIRECTIONAL, False ,None)
self.criteria = nsa.Criteria(0, self.schedule, self.sd)
return self.backend.restore_defer
def setUp(self):
from twisted.web import resource, server
from twisted.application import internet
from opennsa.protocols import nsi2
from opennsa.protocols.shared import soapresource
from opennsa.protocols.nsi2 import requesterservice, requesterclient
db.setupDatabase()
self.requester = common.DUDRequester()
self.clock = task.Clock()
nrm_map = StringIO.StringIO(topology.ARUBA_TOPOLOGY)
nrm_ports, nml_network, link_vector = setup.setupTopology(nrm_map, self.network, 'aruba.net')
self.backend = dud.DUDNSIBackend(self.network, nrm_ports, None, {}) # we set the parent later
self.backend.scheduler.clock = self.clock
pl = plugin.BasePlugin()
pl.init( { config.NETWORK_NAME: self.network }, None )
pr = provreg.ProviderRegistry( { self.provider_agent.urn() : self.backend }, {} )
self.aggregator = aggregator.Aggregator(self.network, self.provider_agent, nml_network, link_vector, None, pr, [], pl) # we set the parent later
self.backend.parent_requester = self.aggregator
# provider protocol
http_top_resource = resource.Resource()
cs2_prov = nsi2.setupProvider(self.aggregator, http_top_resource)
self.aggregator.parent_requester = cs2_prov
provider_factory = server.Site(http_top_resource)
self.provider_service = internet.TCPServer(self.PROVIDER_PORT, provider_factory)
# requester protocol
requester_top_resource = resource.Resource()
soap_resource = soapresource.setupSOAPResource(requester_top_resource, 'RequesterService2')
self.provider = requesterclient.RequesterClient(self.provider_agent.endpoint, self.requester_agent.endpoint)
requester_service = requesterservice.RequesterService(soap_resource, self.requester) # this is the important part
requester_factory = server.Site(requester_top_resource, logPath='/dev/null')
# start engines!
self.backend.startService()
self.provider_service.startService()
self.requester_iport = reactor.listenTCP(self.REQUESTER_PORT, requester_factory)
# request stuff
self.start_time = datetime.datetime.utcnow() + datetime.timedelta(seconds=2)
self.end_time = datetime.datetime.utcnow() + datetime.timedelta(seconds=10)
self.schedule = nsa.Schedule(self.start_time, self.end_time)
self.sd = nsa.Point2PointService(self.source_stp, self.dest_stp, self.bandwidth)
self.criteria = nsa.Criteria(0, self.schedule, self.sd)
def setUp(self):
self.backend = dud.DUDNSIBackend('TestDUD')
source_stp = nsa.STP('Aruba', 'A1')
dest_stp = nsa.STP('Aruba', 'A3')
start_time = datetime.datetime.utcfromtimestamp(time.time() + 0.1)
end_time = datetime.datetime.utcfromtimestamp(time.time() + 10)
bwp = nsa.BandwidthParameters(200)
self.service_params = nsa.ServiceParameters(start_time,
end_time,
source_stp,
dest_stp,
bandwidth=bwp)
def setUp(self):
tcf = os.path.expanduser('~/.opennsa-test.json')
tc = json.load(open(tcf))
database.setupDatabase(tc['database'], tc['database-user'],
tc['database-password'])
self.requester = common.DUDRequester()
self.clock = task.Clock()
nrm_ports = nrm.parsePortSpec(
StringIO.StringIO(topology.ARUBA_TOPOLOGY))
network_topology = nml.createNMLNetwork(nrm_ports, self.network,
self.network)
self.backend = dud.DUDNSIBackend(self.network, nrm_ports,
self.requester, {})
self.backend.scheduler.clock = self.clock
route_vectors = gns.RouteVectors([cnt.URN_OGF_PREFIX + self.network])
route_vectors.updateVector(self.provider_agent.identity, 0,
[self.network], {})
pl = plugin.BasePlugin()
pl.init({config.NETWORK_NAME: self.network}, None)
pr = provreg.ProviderRegistry(
{self.provider_agent.urn(): self.backend}, {})
self.provider = aggregator.Aggregator(self.network,
self.provider_agent,
network_topology, route_vectors,
self.requester, pr, [], pl)
# set parent for backend, we need to create the aggregator before this can be done
self.backend.parent_requester = self.provider
self.backend.startService()
# request stuff
self.start_time = datetime.datetime.utcnow() + datetime.timedelta(
seconds=2)
self.end_time = datetime.datetime.utcnow() + datetime.timedelta(
seconds=10)
self.schedule = nsa.Schedule(self.start_time, self.end_time)
self.sd = nsa.Point2PointService(self.source_stp, self.dest_stp,
self.bandwidth, cnt.BIDIRECTIONAL,
False, None)
self.criteria = nsa.Criteria(0, self.schedule, self.sd)
def setUp(self):
db.setupDatabase()
self.requester = common.DUDRequester()
self.clock = task.Clock()
nrm_ports = nrm.parsePortSpec(StringIO(topology.ARUBA_TOPOLOGY))
network_topology = nml.createNMLNetwork(nrm_ports, self.network,
self.network)
self.backend = dud.DUDNSIBackend(self.network, nrm_ports, None,
{}) # we set the parent later
self.backend.scheduler.clock = self.clock
link_vector = linkvector.LinkVector([self.network])
pl = plugin.BasePlugin()
pl.init({config.NETWORK_NAME: self.network}, None)
pr = provreg.ProviderRegistry(
{self.provider_agent.urn(): self.backend}, {})
self.aggregator = aggregator.Aggregator(self.network,
self.provider_agent,
network_topology, link_vector,
None, pr, [],
pl) # we set the parent later
self.backend.parent_requester = self.aggregator
# provider protocol
http_top_resource = resource.Resource()
rest.setupService(self.aggregator, http_top_resource)
# we need this for the aggregator not to blow up
cs2_prov = nsi2.setupProvider(self.aggregator, http_top_resource)
self.aggregator.parent_requester = cs2_prov
provider_factory = server.Site(http_top_resource)
self.provider_service = internet.TCPServer(self.PORT, provider_factory)
# start engines!
self.backend.startService()
self.provider_service.startService()
def setUp(self):
self.iports = []
HOST = 'localhost'
WSDL_DIR = os.path.realpath(
os.path.normpath(os.path.join(os.path.dirname(__file__),
'../wsdl')))
#WSDL_DIR = os.path.join(os.getcwd(), '..', 'wsdl')
# service
SERVICES = [('Aruba', 9080), ('Bonaire', 9081), ('Curacao', 9082)]
for network, port in SERVICES:
topo_source = StringIO.StringIO(testtopology.TEST_TOPOLOGY)
backend = dud.DUDNSIBackend(network)
topo, _ = gole.parseTopology([topo_source])
factory = setup.createService(network, backend, topo, HOST, port,
WSDL_DIR)
iport = reactor.listenTCP(port, factory, interface='localhost')
self.iports.append(iport)
# client
CLIENT_PORT = 7080
self.client, client_factory = setup.createClient(
HOST, CLIENT_PORT, WSDL_DIR)
self.client_nsa = nsa.NetworkServiceAgent(
'OpenNSA-Test-Client',
'http://localhost:%i/NSI/services/ConnectionService' % CLIENT_PORT)
client_iport = reactor.listenTCP(CLIENT_PORT, client_factory)
self.iports.append(client_iport)
def setupBackend(backend_conf, network_name, internal_topology):
backends = {}
for backend_name, cfg in backend_conf.items():
backend_type = cfg['_backend_type']
bc = cfg.copy()
del bc['_backend_type']
if backend_type == config.BLOCK_DUD:
from opennsa.backends import dud
backends[backend_name] = dud.DUDNSIBackend(network_name)
elif backend_type == config.BLOCK_JUNOS:
from opennsa.backends import junos
backends[backend_name] = junos.JunOSBackend(network_name, bc.items())
elif backend_type == config.BLOCK_FORCE10:
from opennsa.backends import force10
backends[backend_name] = force10.Force10Backend(network_name, bc.items())
elif backend_type == config.BLOCK_ARGIA:
from opennsa.backends import argia
backends[backend_name] = argia.ArgiaBackend(network_name, bc.items())
elif backend_type == config.BLOCK_BROCADE:
from opennsa.backends import brocade
backends[backend_name] = brocade.BrocadeBackend(network_name, bc.items())
if len(backends) == 1:
backend = backends.values()[0]
else:
from opennsa.backends import multi
backend = multi.MultiBackendNSIBackend(network_name, backends, internal_topology)
return backend
def setUp(self):
from twisted.web import resource, server
from twisted.application import internet
from opennsa.protocols import nsi2
from opennsa.protocols.shared import resource as soapresource
from opennsa.protocols.nsi2 import requesterservice, requesterclient
tcf = os.path.expanduser('~/.opennsa-test.json')
tc = json.load(open(tcf))
database.setupDatabase(tc['database'], tc['database-user'],
tc['database-password'])
self.requester = common.DUDRequester()
self.clock = task.Clock()
nrm_ports = nrm.parsePortSpec(
StringIO.StringIO(topology.ARUBA_TOPOLOGY))
network_topology = nml.createNMLNetwork(nrm_ports, self.network,
self.network)
self.backend = dud.DUDNSIBackend(self.network, nrm_ports, None,
{}) # we set the parent later
self.backend.scheduler.clock = self.clock
route_vectors = gns.RouteVectors([cnt.URN_OGF_PREFIX + self.network])
route_vectors.updateVector(self.provider_agent.identity, 0,
[self.network], {})
pl = plugin.BasePlugin()
pl.init({config.NETWORK_NAME: self.network}, None)
pr = provreg.ProviderRegistry(
{self.provider_agent.urn(): self.backend}, {})
self.aggregator = aggregator.Aggregator(self.network,
self.provider_agent,
network_topology,
route_vectors, None, pr, [],
pl) # we set the parent later
self.backend.parent_requester = self.aggregator
# provider protocol
http_top_resource = resource.Resource()
cs2_prov = nsi2.setupProvider(self.aggregator, http_top_resource)
self.aggregator.parent_requester = cs2_prov
provider_factory = server.Site(http_top_resource)
self.provider_service = internet.TCPServer(self.PROVIDER_PORT,
provider_factory)
# requester protocol
requester_top_resource = resource.Resource()
soap_resource = soapresource.setupSOAPResource(requester_top_resource,
'RequesterService2')
self.provider = requesterclient.RequesterClient(
self.provider_agent.endpoint, self.requester_agent.endpoint)
requester_service = requesterservice.RequesterService(
soap_resource, self.requester) # this is the important part
requester_factory = server.Site(requester_top_resource,
logPath='/dev/null')
# start engines!
self.backend.startService()
self.provider_service.startService()
self.requester_iport = reactor.listenTCP(self.REQUESTER_PORT,
requester_factory)
# request stuff
self.start_time = datetime.datetime.utcnow() + datetime.timedelta(
seconds=2)
self.end_time = datetime.datetime.utcnow() + datetime.timedelta(
seconds=10)
self.schedule = nsa.Schedule(self.start_time, self.end_time)
self.sd = nsa.Point2PointService(self.source_stp, self.dest_stp,
self.bandwidth)
self.criteria = nsa.Criteria(0, self.schedule, self.sd)