def get_valid_networks():
'''Description:
Gets the valid networks taking into account the all_services/networks
and all_services/exclude_networks service properties.
Args:
None
Returns:
a set of valid networks.
Raises:
None
'''
# get the currently configured interfaces
interfaces = getifaddrs()
# get the exclude and networks service property values
exclude = getboolean_property(SRVINST, EXCLPROP)
networks = getstrings_property(SRVINST, NETSPROP)
valid_networks = set()
for inf in interfaces:
# check the interface IP address against those listed in
# the AI service SMF networks property. Our logic for the
# SMF exclude_networks and SMF networks list is:
#
# IF ipv4 is in networks and
# SMF exclude_networks == false
# THEN include ipv4
# IF ipv4 is not in_networks and
# SMF exclude_network == true
# THEN include ipv4
# IF ipv4 is in_networks and
# SMF exclude_networks == true
# THEN exclude ipv4
# IF ipv4 is not in_networks and
# SMF exclude_network == false
# THEN exclude ipv4
#
# Assume that it is excluded and check the first 2 conditions only
# as the last 2 conditions are covered by the assumption.
in_net = in_networks(interfaces[inf], networks)
include_it = False
if (in_net and not exclude) or (not in_net and exclude):
include_it = True
if not include_it:
continue
mask = interfaces[inf].find('/')
if mask == -1:
mask = len(interfaces[inf])
valid_networks.add(interfaces[inf][:mask])
return valid_networks
def get_valid_networks():
'''Description:
Gets the valid networks taking into account the all_services/networks
and all_services/exclude_networks service properties.
Args:
None
Returns:
a set of valid networks.
Raises:
None
'''
# get the currently configured interfaces
interfaces = getifaddrs()
# get the exclude and networks service property values
exclude = getboolean_property(SRVINST, EXCLPROP)
networks = getstrings_property(SRVINST, NETSPROP)
valid_networks = set()
for inf in interfaces:
# check the interface IP address against those listed in
# the AI service SMF networks property. Our logic for the
# SMF exclude_networks and SMF networks list is:
#
# IF ipv4 is in networks and
# SMF exclude_networks == false
# THEN include ipv4
# IF ipv4 is not in_networks and
# SMF exclude_network == true
# THEN include ipv4
# IF ipv4 is in_networks and
# SMF exclude_networks == true
# THEN exclude ipv4
# IF ipv4 is not in_networks and
# SMF exclude_network == false
# THEN exclude ipv4
#
# Assume that it is excluded and check the first 2 conditions only
# as the last 2 conditions are covered by the assumption.
in_net = in_networks(interfaces[inf], networks)
include_it = False
if (in_net and not exclude) or (not in_net and exclude):
include_it = True
if not include_it:
continue
mask = interfaces[inf].find('/')
if mask == -1:
mask = len(interfaces[inf])
valid_networks.add(interfaces[inf][:mask])
return valid_networks
def test_if_names(self):
'''method to test the netif if_nameindex()
'''
interfaces = if_nameindex()
# note: getifaddrs() skips loopback and point-to-point,
# therefore, test only that the getifaddrs interfaces
# are in the if_nameindex interfaces
ifaddrs = getifaddrs()
for inter in ifaddrs:
assert inter in interfaces.values(), \
'Unable to find %s' % inter
def test_getifaddrs(self):
'''test libaimdns.getifaddrs interface
'''
inter = if_nameindex()
# note: getifaddrs() skips loopback and point-to-point,
# therefore, test only that the getifaddrs interfaces
# are in the if_nameindex interfaces
ifaddrs = getifaddrs()
for ifaddr in ifaddrs:
assert ifaddr in inter.values(), \
'Unable to find %s interface' % ifaddr
def test_if_names(self):
'''method to test the netif if_nameindex()
'''
interfaces = if_nameindex()
# note: getifaddrs() skips loopback and point-to-point,
# therefore, test only that the getifaddrs interfaces
# are in the if_nameindex interfaces
ifaddrs = getifaddrs()
for inter in ifaddrs:
assert inter in interfaces.values(), \
'Unable to find %s' % inter
def __init__(self, servicename=None, domain='local', comment=None):
'''Method: __init__, class private
Parameters:
servicename - the AI servicename
domain - the domain for the registered service
comment - the text comment for the service
Raises:
AImDNSError - when unable to retrieve setup information from
the host about the available interfaces or the
AI SMF service.
'''
gettext.install("ai", "/usr/lib/locale")
# find sdref handle
self._find = None
self._lookup = False
self.services = dict()
self.servicename = servicename
self.domain = domain
self.txt = comment
self.inter = None
self.port = 0
self.verbose = False
self.timeout = 5
self.done = False
self.count = 0
self.sdrefs = dict()
self.interfaces = libaimdns.getifaddrs()
self.register_initialized = False
self.exclude = False
self.networks = ['0.0.0.0/0']
self.instance = None
self.instance_services = None
def __init__(self, servicename=None, domain='local', comment=None):
'''Method: __init__, class private
Parameters:
servicename - the AI servicename
domain - the domain for the registered service
comment - the text comment for the service
Raises:
AImDNSError - when unable to retrieve setup information from
the host about the available interfaces or the
AI SMF service.
'''
gettext.install("ai", "/usr/lib/locale")
# find sdref handle
self._find = None
self._lookup = False
self.services = dict()
self.servicename = servicename
self.domain = domain
self.txt = comment
self.inter = None
self.port = 0
self.verbose = False
self.timeout = 5
self.done = False
self.count = 0
self.sdrefs = dict()
self.interfaces = libaimdns.getifaddrs()
self.register_initialized = False
self.exclude = False
self.networks = ['0.0.0.0/0']
self.instance = None
self.instance_services = None
