def test_host_parse(self):
expected_host1 = Host('x74742-boot.nws.oregonstate.edu',
mac='00:04:0d:f0:3b:e8')
host1 = iscgrammar(self.host_input1).Host()
self.assertEqual(host1, expected_host1)
expected_host2 = Host('temp-hhs.hhs.oregonstate.edu', '128.193.122.93',
'00:b0:d0:7e:c8:c3')
host2 = iscgrammar(self.host_input2).Host()
self.assertEqual(host2, expected_host2)
def test_host_parse(self):
expected_host1 = Host('x74742-boot.nws.oregonstate.edu',
mac='00:04:0d:f0:3b:e8')
host1 = iscgrammar(self.host_input1).Host()
self.assertEqual(host1, expected_host1)
expected_host2 = Host('temp-hhs.hhs.oregonstate.edu',
'128.193.122.93',
'00:b0:d0:7e:c8:c3')
host2 = iscgrammar(self.host_input2).Host()
self.assertEqual(host2, expected_host2)
def test_group_parse(self):
o1 = Option('subnet-mask', '255.255.255.224', GROUP)
o2 = Option('time-offset', '28800', GROUP)
o3 = Option('routers', '128.193.158.65', GROUP)
host = Host(fqdn='temp-hhs.hhs.oregonstate.edu',
ip='128.193.122.93',
mac='00:b0:d0:7e:c8:c3')
expected_group = Group(options=[o1, o2, o3], hosts=[host])
group = iscgrammar(self.group_input).Group()
self.assertEqual(expected_group, group)
def test_group_parse(self):
o1 = Option('subnet-mask', '255.255.255.224', GROUP)
o2 = Option('time-offset', '28800', GROUP)
o3 = Option('routers', '128.193.158.65', GROUP)
host = Host(fqdn='temp-hhs.hhs.oregonstate.edu',
ip='128.193.122.93',
mac='00:b0:d0:7e:c8:c3')
expected_group = Group(options=[o1,o2,o3], hosts=[host])
group = iscgrammar(self.group_input).Group()
self.assertEqual(expected_group, group)
def test_pool_parse(self):
p1 = Parameter('failover', 'peer "dhcp"', POOL)
a1 = Allow('members of "zone.vet:128.193.215.160:128.193.215.199"')
a2 = Allow('members of "zone.vetoregonstate:128.193.215.160:128.193.215.199"')
d1 = Deny('dynamic bootp clients')
expected_pool = Pool(start='128.193.215.160', end='128.193.215.199',
allow=[a1, a2],
deny=[d1],
parameters=[p1])
pool = iscgrammar(self.pool_input).Pool()
self.assertEqual(pool, expected_pool)
def test_pool_parse(self):
p1 = Parameter('failover', 'peer "dhcp"', POOL)
a1 = Allow('members of "zone.vet:128.193.215.160:128.193.215.199"')
a2 = Allow(
'members of "zone.vetoregonstate:128.193.215.160:128.193.215.199"')
d1 = Deny('dynamic bootp clients')
expected_pool = Pool(start='128.193.215.160',
end='128.193.215.199',
allow=[a1, a2],
deny=[d1],
parameters=[p1])
pool = iscgrammar(self.pool_input).Pool()
self.assertEqual(pool, expected_pool)
def test_subnet_parse(self):
o1 = Option('subnet-mask', '255.255.254.0', SUBNET)
o2 = Option('time-offset', '28800', SUBNET)
o3 = Option('routers', '128.193.212.1', SUBNET)
o4 = Option('netbios-node-type', '8', SUBNET)
p1 = Parameter('failover', 'peer "dhcp"', POOL)
a1 = Allow('members of "zone.science:128.193.213.1:128.193.213.244"')
d1 = Deny('dynamic bootp clients')
expected_pool = Pool(start='128.193.213.1', end='128.193.213.244',
allow=[a1],
deny=[d1],
parameters=[p1])
expected_subnet = Subnet(network_addr='128.193.212.0',
netmask_addr='255.255.254.0',
options=[o1, o2, o3,o4],
pools=[expected_pool])
subnet = iscgrammar(self.subnet_input).Subnet()
self.assertEqual(subnet, expected_subnet)
def test_subnet_parse(self):
o1 = Option('subnet-mask', '255.255.254.0', SUBNET)
o2 = Option('time-offset', '28800', SUBNET)
o3 = Option('routers', '128.193.212.1', SUBNET)
o4 = Option('netbios-node-type', '8', SUBNET)
p1 = Parameter('failover', 'peer "dhcp"', POOL)
a1 = Allow('members of "zone.science:128.193.213.1:128.193.213.244"')
d1 = Deny('dynamic bootp clients')
expected_pool = Pool(start='128.193.213.1',
end='128.193.213.244',
allow=[a1],
deny=[d1],
parameters=[p1])
expected_subnet = Subnet(network_addr='128.193.212.0',
netmask_addr='255.255.254.0',
options=[o1, o2, o3, o4],
pools=[expected_pool])
subnet = iscgrammar(self.subnet_input).Subnet()
self.assertEqual(subnet, expected_subnet)
