def test_tunnel_output(self):
max_tunnel_id = 1024
for test_value in range(1, max_tunnel_id + 1):
with self.subTest((test_value, 'vxlan')):
test_result = 2080374784 + test_value
args = {'tunnel_type': 'vxlan'}
args['interface'] = 'tunnel {}'.format(test_value)
result = Slx9030_IfIndex(**args)
self.assertEqual(result.if_index.Decimal, test_result)
for test_value in range(1, max_tunnel_id + 1):
with self.subTest((test_value, 'gre')):
test_result = 2084569088 + test_value
args = {'tunnel_type': 'gre'}
args['interface'] = 'tunnel {}'.format(test_value)
result = Slx9030_IfIndex(**args)
self.assertEqual(result.if_index.Decimal, test_result)
for test_value in range(1, max_tunnel_id + 1):
with self.subTest((test_value, 'nvgre')):
test_result = 2088763392 + test_value
args = {'tunnel_type': 'nvgre'}
args['interface'] = 'tunnel {}'.format(test_value)
result = Slx9030_IfIndex(**args)
self.assertEqual(result.if_index.Decimal, test_result)
for test_value in range(1, max_tunnel_id + 1):
with self.subTest((test_value, 'mpls')):
test_result = 2092957696 + test_value
args = {'tunnel_type': 'mpls'}
args['interface'] = 'tunnel {}'.format(test_value)
result = Slx9030_IfIndex(**args)
self.assertEqual(result.if_index.Decimal, test_result)
return
def test_49to54_breakout_port_output(self):
args = {'speed': '100g', 'interface': 'e 0/49'}
dummy = Slx9030_IfIndex(**args)
intf_string = '000011'
speed_string = dummy.speed_map.map('25g')
interfaces = [
x.physical for x in dummy.mapping.interfaces if x.breakout
]
slot = 0
slot_string = self.bit_mapper(slot, 5)
for interface in interfaces:
for breakout in range(1, 5):
sub_port = self.bit_mapper(breakout, 4)
test_value = 'e {}/{}:{}'.format(slot, interface, breakout)
port_data = dummy.mapping.get_interface(interface)
bit_map = (intf_string + slot_string +
self.bit_mapper(interface, 8) + sub_port +
speed_string +
self.bit_mapper(port_data.chip_num, 6))
test_result = IfIndex(bit_map)
with self.subTest(test_value):
args = {'speed': '25g'}
args['interface'] = '{}'.format(test_value)
result = Slx9030_IfIndex(**args)
self.assertEqual(result.if_index.Decimal,
test_result.Decimal)
speed_string = dummy.speed_map.map('10g')
interfaces = [
x.physical for x in dummy.mapping.interfaces if x.breakout
]
slot_string = self.bit_mapper(slot, 5)
for interface in interfaces:
for breakout in range(1, 5):
sub_port = self.bit_mapper(breakout, 4)
test_value = 'e {}/{}:{}'.format(slot, interface, breakout)
port_data = dummy.mapping.get_interface(interface)
bit_map = (intf_string + slot_string +
self.bit_mapper(interface, 8) + sub_port +
speed_string +
self.bit_mapper(port_data.chip_num, 6))
test_result = IfIndex(bit_map)
with self.subTest(test_value):
args = {'speed': '10g'}
args['interface'] = '{}'.format(test_value)
result = Slx9030_IfIndex(**args)
self.assertEqual(result.if_index.Decimal,
test_result.Decimal)
return
def test_mgmt_output(self):
for test_value, test_result in [[0, 805306368]]:
with self.subTest(test_value):
args = {'interface': 'm {}'.format(test_value)}
result = Slx9030_IfIndex(**args)
self.assertEqual(result.if_index.Decimal, test_result)
return
def test_loopback_output(self):
for test_value in range(1, 256):
with self.subTest(test_value):
test_result = 1476395008 + test_value
args = {'interface': 'lo {}'.format(test_value)}
result = Slx9030_IfIndex(**args)
self.assertEqual(result.if_index.Decimal, test_result)
return
def test_port_channel_output(self):
for test_value in range(1, 256):
with self.subTest(test_value):
test_result = 671088640 + test_value
args = {'interface': 'po {}'.format(test_value)}
result = Slx9030_IfIndex(**args)
self.assertEqual(result.if_index.Decimal, test_result)
return
def test_ve_output(self):
max_ve_id = 4096
for test_value in range(1, max_ve_id + 1):
with self.subTest((test_value)):
test_result = 1207959552 + test_value
args = {'interface': 've {}'.format(test_value)}
result = Slx9030_IfIndex(**args)
self.assertEqual(result.if_index.Decimal, test_result)
return