def test_one_rxq(self):
# retrieve pmd object.
pmd = self.pmd_map[self.core_id]
# one dummy port is required for this test.
port_name = 'virtport'
# create port class of name 'virtport'.
dataif.make_dataif_port(port_name)
# add port object into pmd.
fx_port = pmd.add_port(port_name)
fx_port.numa_id = pmd.numa_id
# add a dummy rxq into port.
fx_rxq = fx_port.add_rxq(0)
# add some cpu consumption for this rxq.
for i in range(0, config.ncd_samples_max):
fx_rxq.cpu_cyc[i] = (1000 + (100 * i))
dataif.update_pmd_load(self.pmd_map)
variance_value = dataif.pmd_load_variance(self.pmd_map)
self.assertEqual(variance_value, 0)
# del port object from pmd.
pmd.del_port(port_name)
def fx_1pmd_for_2rxq(testobj):
# retrieve pmd object.
pmd1 = testobj.pmd_map[testobj.core1_id]
# one dummy port is required for this test.
port1_name = 'virtport1'
port2_name = 'virtport2'
# create port class of name 'virtport'.
dataif.make_dataif_port(port1_name)
dataif.make_dataif_port(port2_name)
# add port object into pmd.
fx_port1 = pmd1.add_port(port1_name)
fx_port1.numa_id = pmd1.numa_id
# add second port as well into pmd 1
fx_port2 = pmd1.add_port(port2_name)
fx_port2.numa_id = pmd1.numa_id
# add a dummy rxq into port.
fx_p1rxq = fx_port1.add_rxq(0)
fx_p1rxq.pmd = pmd1
fx_p2rxq = fx_port2.add_rxq(0)
fx_p2rxq.pmd = pmd1
# add some cpu consumption for these rxqs.
for i in range(0, config.ncd_samples_max):
fx_p1rxq.cpu_cyc[i] = (1000 + (100 * i))
fx_p2rxq.cpu_cyc[i] = (2000 + (200 * i))
def setUp(self):
# create one pmd object
self.pmd1 = dataif.Dataif_Pmd(1)
# set pmd numa id
self.pmd1.numa_id = 0
# create port1 object
dataif.make_dataif_port("port1")
# add port object to pmd object
self.port1 = self.pmd1.add_port("port1")
# set port numa id
self.port1.numa_id = self.pmd1.numa_id
# create port2 object
dataif.make_dataif_port("port2")
# add port object to pmd object
self.port2 = self.pmd1.add_port("port2")
# set port numa id
self.port2.numa_id = self.pmd1.numa_id
# add rxq1 to port1 object
self.rxq1 = self.port1.add_rxq(1)
# add rxq2 to port1 object
self.rxq2 = self.port1.add_rxq(2)
# add rxq1 to port2 object
self.rxq1 = self.port2.add_rxq(1)
def setUp(self):
# create one pmd object
self.pmd1 = dataif.Dataif_Pmd(1)
# set pmd numa id
self.pmd1.numa_id = 0
dataif.make_dataif_port("port2")
self.port2 = self.pmd1.add_port("port2")
self.port2.numa_id = self.pmd1.numa_id
def test_pmd_add_port_1(self):
# create one port object
dataif.make_dataif_port("port1")
# add port object to pmd object
port1 = self.pmd1.add_port("port1")
# set port numa id
port1.numa_id = self.pmd1.numa_id
self.assertEqual(self.pmd1.find_port_by_name("port1"), port1)
def setUp(self):
# create one pmd object
self.pmd1 = dataif.Dataif_Pmd(1)
# set pmd numa id
self.pmd1.numa_id = 0
# create port1 object
dataif.make_dataif_port("port1")
# add port object to pmd object
self.port1 = self.pmd1.add_port("port1")
# set port numa id
self.port1.numa_id = self.pmd1.numa_id
def setUp(self):
# turn off limited info shown in assert failure for pmd object.
self.maxDiff = None
dataif.Context.nlog = NlogNoop()
# create one pmd object.
fx_pmd_1 = dataif.Dataif_Pmd(1)
# let it be in numa 0.
fx_pmd_1.numa_id = 0
# add it to pmd_map
self.pmd_map[1] = fx_pmd_1
# create port class of name 'port1'.
dataif.make_dataif_port("port1")
# add port object into pmd.
port1 = fx_pmd_1.add_port("port1")
port1.numa_id = fx_pmd_1.numa_id
# add rxq to port object
rxq_1 = port1.add_rxq(0) # noqa: F841
# create another pmd object.
fx_pmd_2 = dataif.Dataif_Pmd(13)
# let it be in numa 0.
fx_pmd_2.numa_id = 0
# add it to pmd_map
self.pmd_map[13] = fx_pmd_2
# create port class of name 'port2'.
dataif.make_dataif_port("port2")
# add port object into pmd.
port2 = fx_pmd_2.add_port("port2")
port2.numa_id = fx_pmd_2.numa_id
# add rxq to port object
rxq_2 = port2.add_rxq(0) # noqa: F841
return