def test_netmask(self):
address = '1.1.1.1/24'
self.assertEqual(ipaddr(address, 'netmask'), '255.255.255.0')
address = '1.1.1.1/25'
self.assertEqual(ipaddr(address, 'netmask'), '255.255.255.128')
address = '1.12.1.34/32'
self.assertEqual(ipaddr(address, 'netmask'), '255.255.255.255')
def test_netmask(self):
address = '1.1.1.1/24'
self.assertEqual(ipaddr(address, 'netmask'), '255.255.255.0')
address = '1.1.1.1/25'
self.assertEqual(ipaddr(address, 'netmask'), '255.255.255.128')
address = '1.12.1.34/32'
self.assertEqual(ipaddr(address, 'netmask'), '255.255.255.255')
def test_broadcast(self):
address = '1.12.1.34/24'
self.assertEqual(ipaddr(address, 'broadcast'), '1.12.1.255')
address = '1.12.1.34/16'
self.assertEqual(ipaddr(address, 'broadcast'), '1.12.255.255')
address = '1.12.1.34/27'
self.assertEqual(ipaddr(address, 'broadcast'), '1.12.1.63')
address = '1.12.1.34/32'
self.assertEqual(ipaddr(address, 'broadcast'), None)
address = '1.12.1.35/31'
self.assertEqual(ipaddr(address, 'broadcast'), None)
def test_broadcast(self):
address = '1.12.1.34/24'
self.assertEqual(ipaddr(address, 'broadcast'), '1.12.1.255')
address = '1.12.1.34/16'
self.assertEqual(ipaddr(address, 'broadcast'), '1.12.255.255')
address = '1.12.1.34/27'
self.assertEqual(ipaddr(address, 'broadcast'), '1.12.1.63')
address = '1.12.1.34/32'
self.assertEqual(ipaddr(address, 'broadcast'), None)
address = '1.12.1.35/31'
self.assertEqual(ipaddr(address, 'broadcast'), None)
def test_network(self):
address = '1.12.1.34/32'
self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
address = '1.12.1.34/255.255.255.255'
self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
address = '1.12.1.34'
self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
address = '1.12.1.35/31'
self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
address = '1.12.1.34/24'
self.assertEqual(ipaddr(address, 'network'), '1.12.1.0')
def test_network_wildcard(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'network_wildcard'),
'1.12.1.0 0.0.0.255')
address = '1.12.1.0/25'
self.assertEqual(ipaddr(address, 'network_wildcard'),
'1.12.1.0 0.0.0.127')
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'network_wildcard'),
'1.12.1.32 0.0.0.15')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'network_wildcard'),
'1.12.1.32 0.0.0.15')
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'network_wildcard'),
'1.12.1.36 0.0.0.1')
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'network_wildcard'),
'1.12.1.36 0.0.0.1')
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'network_wildcard'),
'1.12.1.36 0.0.0.0')
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'network_wildcard'),
'1.12.1.0 0.0.0.255')
def test_network_netmask(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'network_netmask'),
'1.12.1.0 255.255.255.0')
address = '1.12.1.0/25'
self.assertEqual(ipaddr(address, 'network_netmask'),
'1.12.1.0 255.255.255.128')
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'network_netmask'),
'1.12.1.32 255.255.255.240')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'network_netmask'),
'1.12.1.32 255.255.255.240')
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'network_netmask'),
'1.12.1.36 255.255.255.254')
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'network_netmask'),
'1.12.1.36 255.255.255.254')
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'network_netmask'),
'1.12.1.36 255.255.255.255')
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'network_netmask'),
'1.12.1.0 255.255.255.0')
def test_range_usable(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'range_usable'),
'1.12.1.1-1.12.1.254')
address = '1.12.1.0/25'
self.assertEqual(ipaddr(address, 'range_usable'),
'1.12.1.1-1.12.1.126')
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'range_usable'),
'1.12.1.33-1.12.1.46')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'range_usable'),
'1.12.1.33-1.12.1.46')
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'range_usable'),
'1.12.1.36-1.12.1.37')
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'range_usable'),
'1.12.1.36-1.12.1.37')
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'range_usable'), None)
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'range_usable'),
'1.12.1.1-1.12.1.254')
def test_network(self):
# Unfixable in current state
# address = '1.12.1.34/32'
# self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
# address = '1.12.1.34/255.255.255.255'
# self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
# address = '1.12.1.34'
# self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
# address = '1.12.1.35/31'
# self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
address = '1.12.1.34/24'
self.assertEqual(ipaddr(address, 'network'), '1.12.1.0')
def test_network(self):
# Unfixable in current state
# address = '1.12.1.34/32'
# self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
# address = '1.12.1.34/255.255.255.255'
# self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
# address = '1.12.1.34'
# self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
# address = '1.12.1.35/31'
# self.assertEqual(ipaddr(address, 'network'), '1.12.1.34')
address = '1.12.1.34/24'
self.assertEqual(ipaddr(address, 'network'), '1.12.1.0')
def _check_rule_data(rule_data, ipversion):
"""Check the rule data for compatible ip version information.
This function uses the ansible ipaddr filter to validate IP
information when a source or destination has been provided.
:returns: boolean
"""
kwargs_hash = {
'ipv6': {
'version': 6,
'query': 'ipv6',
'alias': 'ipv6'
},
'ipv4': {
'version': 4,
'query': 'ipv4',
'alias': 'ipv4'
}
}
for arg in ('source', 'destination'):
ip_data = rule_data.get(arg)
if ip_data:
DISPLAY.v(
'Checking "{}" against "{}" with ip version "{}"'.format(
arg,
ip_data,
ipversion
)
)
ip_data_check = ipaddr.ipaddr(
value=ip_data,
**kwargs_hash[ipversion]
)
DISPLAY.vvv('ipaddr filter return "{}"'.format(ip_data_check))
if not ip_data_check:
DISPLAY.v(
'Rule has a "{}" but the value "{}" is not applicable'
' to ip version "{}"'.format(
arg,
ip_data,
ipversion
)
)
DISPLAY.vvv('Rule data: "{}"'.format(rule_data))
return False
else:
return True
def test_ip_netmask(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'ip_netmask'), None)
address = '1.12.1.0/25'
self.assertEqual(ipaddr(address, 'ip_netmask'), None)
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'ip_netmask'), '1.12.1.36 255.255.255.240')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'ip_netmask'), '1.12.1.36 255.255.255.240')
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'ip_netmask'), '1.12.1.36 255.255.255.254')
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'ip_netmask'), '1.12.1.37 255.255.255.254')
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'ip_netmask'), None)
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'ip_netmask'), '1.12.1.254 255.255.255.0')
def test_ip_netmask(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'ip_netmask'), None)
address = '1.12.1.0/25'
self.assertEqual(ipaddr(address, 'ip_netmask'), None)
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'ip_netmask'), '1.12.1.36 255.255.255.240')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'ip_netmask'), '1.12.1.36 255.255.255.240')
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'ip_netmask'), '1.12.1.36 255.255.255.254')
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'ip_netmask'), '1.12.1.37 255.255.255.254')
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'ip_netmask'), None)
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'ip_netmask'), '1.12.1.254 255.255.255.0')
def test_previous_usable(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'previous_usable'), None)
address = '1.12.1.36/24'
self.assertEqual(ipaddr(address, 'previous_usable'), '1.12.1.35')
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'previous_usable'), '1.12.1.35')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'previous_usable'), '1.12.1.35')
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'previous_usable'), None)
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'previous_usable'), '1.12.1.36')
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'previous_usable'), None)
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'previous_usable'), '1.12.1.253')
def test_range_usable(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'range_usable'), '1.12.1.1-1.12.1.254')
address = '1.12.1.0/25'
self.assertEqual(ipaddr(address, 'range_usable'), '1.12.1.1-1.12.1.126')
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'range_usable'), '1.12.1.33-1.12.1.46')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'range_usable'), '1.12.1.33-1.12.1.46')
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'range_usable'), '1.12.1.36-1.12.1.37')
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'range_usable'), '1.12.1.36-1.12.1.37')
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'range_usable'), None)
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'range_usable'), '1.12.1.1-1.12.1.254')
def test_size_usable(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'size_usable'), 254)
address = '1.12.1.0/25'
self.assertEqual(ipaddr(address, 'size_usable'), 126)
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'size_usable'), 14)
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'size_usable'), 14)
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'size_usable'), 2)
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'size_usable'), 2)
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'size_usable'), 0)
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'size_usable'), 254)
def test_size_usable(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'size_usable'), 254)
address = '1.12.1.0/25'
self.assertEqual(ipaddr(address, 'size_usable'), 126)
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'size_usable'), 14)
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'size_usable'), 14)
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'size_usable'), 2)
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'size_usable'), 2)
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'size_usable'), 0)
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'size_usable'), 254)
def test_network_prefix(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.0/24')
address = '1.12.1.0/25'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.0/25')
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.32/28')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.32/28')
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.36/31')
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.36/31')
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.36/32')
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.0/24')
def test_wildcard(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.255')
address = '1.12.1.0/25'
self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.127')
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.15')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.15')
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.1')
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.1')
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.0')
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'wildcard'), '0.0.0.255')
def test_previous_usable(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'previous_usable'), None)
address = '1.12.1.36/24'
self.assertEqual(ipaddr(address, 'previous_usable'), '1.12.1.35')
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'previous_usable'), '1.12.1.35')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'previous_usable'), '1.12.1.35')
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'previous_usable'), None)
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'previous_usable'), '1.12.1.36')
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'previous_usable'), None)
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'previous_usable'), '1.12.1.253')
def test_network_netmask(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.0 255.255.255.0')
address = '1.12.1.0/25'
self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.0 255.255.255.128')
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.32 255.255.255.240')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.32 255.255.255.240')
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.36 255.255.255.254')
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.36 255.255.255.254')
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.36 255.255.255.255')
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'network_netmask'), '1.12.1.0 255.255.255.0')
def test_network_prefix(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.0/24')
address = '1.12.1.0/25'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.0/25')
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.32/28')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.32/28')
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.36/31')
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.36/31')
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.36/32')
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'network/prefix'), '1.12.1.0/24')
def test_first_usable(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.1')
address = '1.12.1.36/24'
self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.1')
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'first_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.33')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.33')
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.36')
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.36')
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'first_usable'), None)
def test_first_usable(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.1')
address = '1.12.1.36/24'
self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.1')
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'first_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.33')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.33')
address = '1.12.1.36/31'
self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.36')
address = '1.12.1.37/31'
self.assertEqual(ipaddr(address, 'first_usable'), '1.12.1.36')
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'first_usable'), None)
def test_address_prefix(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'address/prefix'), None)
address = '1.12.1.0/25'
self.assertEqual(ipaddr(address, 'address/prefix'), None)
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'address/prefix'), '1.12.1.36/28')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'address/prefix'), '1.12.1.36/28')
# address = '1.12.1.36/31'
# self.assertEqual(ipaddr(address, 'address/prefix'), '1.12.1.36/31') - unfixable?
# address = '1.12.1.37/31'
# self.assertEqual(ipaddr(address, 'address/prefix'), '1.12.1.37/31') - unfixable?
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'address/prefix'), None)
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'address/prefix'), '1.12.1.254/24')
def test_address_prefix(self):
address = '1.12.1.0/24'
self.assertEqual(ipaddr(address, 'address/prefix'), None)
address = '1.12.1.0/25'
self.assertEqual(ipaddr(address, 'address/prefix'), None)
# address = '1.12.1.34'
# self.assertFalse(ipaddr(address, 'last_usable'), 'Not a network address')
address = '1.12.1.36/28'
self.assertEqual(ipaddr(address, 'address/prefix'), '1.12.1.36/28')
address = '1.12.1.36/255.255.255.240'
self.assertEqual(ipaddr(address, 'address/prefix'), '1.12.1.36/28')
# address = '1.12.1.36/31'
# self.assertEqual(ipaddr(address, 'address/prefix'), '1.12.1.36/31') - unfixable?
# address = '1.12.1.37/31'
# self.assertEqual(ipaddr(address, 'address/prefix'), '1.12.1.37/31') - unfixable?
address = '1.12.1.36/32'
self.assertEqual(ipaddr(address, 'address/prefix'), None)
address = '1.12.1.254/24'
self.assertEqual(ipaddr(address, 'address/prefix'), '1.12.1.254/24')
def test_peer(self):
address = '1.12.1.0/31'
self.assertEqual(ipaddr(address, 'peer'), '1.12.1.1')
address = '1.12.1.1/31'
self.assertEqual(ipaddr(address, 'peer'), '1.12.1.0')
address = '1.12.1.1/30'
self.assertEqual(ipaddr(address, 'peer'), '1.12.1.2')
address = '1.12.1.2/30'
self.assertEqual(ipaddr(address, 'peer'), '1.12.1.1')
with self.assertRaises(AnsibleFilterError):
address = '1.12.1.34'
ipaddr(address, 'peer')
with self.assertRaises(AnsibleFilterError):
address = '1.12.1.33/29'
ipaddr(address, 'peer')
with self.assertRaises(AnsibleFilterError):
address = '1.12.1.32/30'
ipaddr(address, 'peer')
with self.assertRaises(AnsibleFilterError):
address = '1.12.1.35/30'
ipaddr(address, 'peer')
with self.assertRaises(AnsibleFilterError):
address = '1.12.1.34/32'
ipaddr(address, 'peer')
def validate(self, path, value, schema):
"""Raise an error if value is not allowed by schema."""
if self.is_dict(schema) and '_' in schema:
schema = schema['_']
if self.is_dict(schema):
print path + '/_ has invalid schema: ' + repr(schema)
print 'Schema for _ cannot be a dict.'
raise XmlSchemaError
try:
if isinstance(schema, six.string_types):
if schema.startswith('%'):
value = schema.format(value)
elif schema.startswith('^') and schema.endswith('$'):
if re.match(schema, str(value)) is None:
raise XmlValueError
elif schema[:4] == 'bool':
match = re.match('^bool(\(([^,]*)(,(.*))?\))?$', schema)
trueval = 'True' if match.group(
2) is None else match.group(2)
falseval = 'False' if match.group(
4) is None else match.group(4)
value = trueval if core.to_bool(value) else falseval
elif schema == 'ipaddr':
value = ipaddr.ipaddr(value)
if value in (None, False):
raise XmlValueError
elif schema == 'ipv4':
value = ipaddr.ipv4(value)
if value in (None, False):
raise XmlValueError
elif schema == 'ipv6':
value = ipaddr.ipv6(value)
if value in (None, False):
raise XmlValueError
elif schema[:5] == 'range':
m = re.match('^range(\(([^,]*)(,([^,]*)(,(.*))?)?\))?$',
schema)
if len(m.group(2)) > 0:
if float(value) < float(m.group(2)):
raise XmlValueError
if len(m.group(4)) > 0:
if float(value) > float(m.group(4)):
raise XmlValueError
if len(m.group(6)) > 0:
value = m.group(6).format(float(value))
elif schema[:8] == 'strftime':
m = re.match('^strftime(\((.*)\))?$', schema)
datefmt = '%x' if m.group(2) is None else m.group(2)
value = dateutil.parser.parse(value).strftime(datefmt)
else:
raise XmlSchemaError
elif self.is_sequence(schema):
if value not in schema:
raise XmlValueError
elif schema is None:
value = None
else:
raise XmlSchemaError
except XmlSchemaError:
print path + ' has invalid schema: ' + repr(schema)
raise
except XmlValueError:
print path + '=' + repr(value) + ' does not match schema: ' + repr(
schema)
raise
return value
def iface_to_subnet_cidr(iface):
return ipaddr(f"{iface['ipv4']['network']}/{iface['ipv4']['netmask']}", 'net')