def make_rib (self): self.rib = RIB(self.name(),self.adjribout,self._families)
def make_rib(self):
self.rib = RIB(self.name(), self.adjribout, self._families)
class Neighbor (object):
def __init__ (self):
# self.logger should not be used here as long as we do use deepcopy as it contains a Lock
self.description = ''
self.router_id = None
self.local_address = None
self.peer_address = None
self.peer_as = None
self.local_as = None
self.hold_time = HoldTime(180)
self.asn4 = None
self.add_path = 0
self.md5 = None
self.ttl = None
self.group_updates = None
self.flush = None
self.adjribout = None
self.api = APIOptions()
# passive indicate that we do not establish outgoing connections
self.passive = False
# the port to listen on ( zero mean that we do not listen )
self.listen = 0
# capability
self.route_refresh = False
self.graceful_restart = False
self.multisession = None
self.add_path = None
self.aigp = None
self._families = []
self.rib = None
# The routes we have parsed from the configuration
self.changes = []
# On signal update, the previous routes so we can compare what changed
self.backup_changes = []
self.operational = None
self.eor = deque()
self.asm = dict()
self.messages = deque()
self.refresh = deque()
self.counter = Counter()
def identificator (self):
# It is possible to :
# - have multiple exabgp toward one peer on the same host ( use of pid )
# - have more than once connection toward a peer
# - each connection has it own neihgbor (hence why identificator is not in Protocol)
return str(self.peer_address)
def make_rib (self):
self.rib = RIB(self.name(),self.adjribout,self._families)
# will resend all the routes once we reconnect
def reset_rib (self):
self.rib.reset()
self.messages = deque()
self.refresh = deque()
# back to square one, all the routes are removed
def clear_rib (self):
self.rib.clear()
self.messages = deque()
self.refresh = deque()
def name (self):
if self.multisession:
session = '/'.join("%s-%s" % (afi.name(),safi.name()) for (afi,safi) in self.families())
else:
session = 'in-open'
return "neighbor %s local-ip %s local-as %s peer-as %s router-id %s family-allowed %s" % (self.peer_address,self.local_address,self.local_as,self.peer_as,self.router_id,session)
def families (self):
# this list() is important .. as we use the function to modify self._families
return list(self._families)
def add_family (self, family):
# the families MUST be sorted for neighbor indexing name to be predictable for API users
if family not in self.families():
afi,safi = family
d = dict()
d[afi] = [safi,]
for afi,safi in self._families:
d.setdefault(afi,[]).append(safi)
self._families = [(afi,safi) for afi in sorted(d) for safi in sorted(d[afi])]
def remove_family (self, family):
if family in self.families():
self._families.remove(family)
def missing (self):
if self.local_address is None:
return 'local-address'
if self.peer_address is None:
return 'peer-address'
if self.local_as is None:
return 'local-as'
if self.peer_as is None:
return 'peer-as'
if self.peer_address.afi == AFI.ipv6 and not self.router_id:
return 'router-id'
return ''
# This function only compares the neighbor BUT NOT ITS ROUTES
def __eq__ (self, other):
return \
self.router_id == other.router_id and \
self.local_address == other.local_address and \
self.local_as == other.local_as and \
self.peer_address == other.peer_address and \
self.peer_as == other.peer_as and \
self.passive == other.passive and \
self.listen == other.listen and \
self.hold_time == other.hold_time and \
self.md5 == other.md5 and \
self.ttl == other.ttl and \
self.route_refresh == other.route_refresh and \
self.graceful_restart == other.graceful_restart and \
self.multisession == other.multisession and \
self.add_path == other.add_path and \
self.operational == other.operational and \
self.group_updates == other.group_updates and \
self.flush == other.flush and \
self.adjribout == other.adjribout and \
self.families() == other.families()
def __ne__ (self, other):
return not self.__eq__(other)
def pprint (self, with_changes=True):
changes = ''
if with_changes:
changes += '\nstatic { '
for changes in self.rib.incoming.queued_changes():
changes += '\n\t\t%s' % changes.extensive()
changes += '\n}'
families = ''
for afi,safi in self.families():
families += '\n\t\t%s %s;' % (afi.name(),safi.name())
_extension_receive = {
'receive-parsed': 'parsed',
'receive-packets': 'packets',
'receive-parsed': 'parsed',
'consolidate': 'consolidate',
'neighbor-changes': 'neighbor-changes',
Message.CODE.NOTIFICATION: 'notification',
Message.CODE.OPEN: 'open',
Message.CODE.KEEPALIVE: 'keepalive',
Message.CODE.UPDATE: 'update',
Message.CODE.ROUTE_REFRESH: 'refresh',
Message.CODE.OPERATIONAL: 'operational',
}
_extension_send = {
'send-packets': 'packets',
}
_receive = []
for api,name in _extension_receive.items():
_receive.extend(['\t\t\t%s;\n' % name,] if self.api[api] else [])
receive = ''.join(_receive)
_send = []
for api,name in _extension_send.items():
_send.extend(['\t\t\t%s;\n' % name,] if self.api[api] else [])
send = ''.join(_send)
returned = \
'neighbor %s {\n' \
'\tdescription "%s";\n' \
'\trouter-id %s;\n' \
'\tlocal-address %s;\n' \
'\tlocal-as %s;\n' \
'\tpeer-as %s;%s\n' \
'\thold-time %s;\n' \
'%s%s%s%s%s%s\n' \
'\tcapability {\n' \
'%s%s%s%s%s%s%s\t}\n' \
'\tfamily {%s\n' \
'\t}\n' \
'\tprocess {\n' \
'%s%s\t}%s\n' \
'}' % (
self.peer_address,
self.description,
self.router_id,
self.local_address,
self.local_as,
self.peer_as,
self.hold_time,
'\n\tpassive;\n' if self.passive else '',
'\n\tlisten %d;\n' % self.listen if self.listen else '',
'\tgroup-updates: %s;\n' % (self.group_updates if self.group_updates else ''),
'\tauto-flush: %s;\n' % ('true' if self.flush else 'false'),
'\tadj-rib-out: %s;\n' % ('true' if self.adjribout else 'false'),
'\tmd5 "%s";\n' % self.md5 if self.md5 else '',
'\tttl-security: %s;\n' % (self.ttl if self.ttl else ''),
'\t\tasn4 %s;\n' % ('enable' if self.asn4 else 'disable'),
'\t\troute-refresh %s;\n' % ('enable' if self.route_refresh else 'disable'),
'\t\tgraceful-restart %s;\n' % (self.graceful_restart if self.graceful_restart else 'disable'),
'\t\tadd-path %s;\n' % (AddPath.string[self.add_path] if self.add_path else 'disable'),
'\t\tmulti-session %s;\n' % ('enable' if self.multisession else 'disable'),
'\t\toperational %s;\n' % ('enable' if self.operational else 'disable'),
'\t\taigp %s;\n' % ('enable' if self.aigp else 'disable'),
families,
'\t\treceive {\n%s\t\t}\n' % receive if receive else '',
'\t\tsend {\n%s\t\t}\n' % send if send else '',
changes
)
return returned.replace('\t',' ')
def __str__ (self):
return self.pprint(False)
class Neighbor (object):
def __init__ (self):
# self.logger should not be used here as long as we do use deepcopy as it contains a Lock
self.description = ''
self.router_id = None
self.local_address = None
self.peer_address = None
self.peer_as = None
self.local_as = None
self.hold_time = HoldTime(180)
self.asn4 = None
self.add_path = 0
self.md5 = None
self.ttl = None
self.group_updates = None
self.flush = None
self.api = APIOptions()
self.passive = False
# capability
self.route_refresh = False
self.graceful_restart = False
self.multisession = None
self.add_path = None
self.aigp = None
self._families = []
self.rib = None
self.operational = None
self.asm = dict()
self.messages = deque()
self.refresh = deque()
def make_rib (self):
self.rib = RIB(self.name(),self._families)
# will resend all the routes once we reconnect
def reset_rib (self):
self.rib.reset()
self.messages = deque()
self.refresh = deque()
# back to square one, all the routes are removed
def clear_rib (self):
self.rib.clear()
self.messages = deque()
self.refresh = deque()
def name (self):
if self.multisession:
session = '/'.join("%s-%s" % (afi.name(),safi.name()) for (afi,safi) in self.families())
else:
session = 'in-open'
return "neighbor %s local-ip %s local-as %s peer-as %s router-id %s family-allowed %s" % (self.peer_address,self.local_address,self.local_as,self.peer_as,self.router_id,session)
def families (self):
# this list() is important .. as we use the function to modify self._families
return list(self._families)
def add_family (self,family):
# the families MUST be sorted for neighbor indexing name to be predictable for API users
if not family in self.families():
afi,safi = family
d = dict()
d[afi] = [safi,]
for afi,safi in self._families:
d.setdefault(afi,[]).append(safi)
self._families = [(afi,safi) for afi in sorted(d) for safi in sorted(d[afi])]
def remove_family (self,family):
if family in self.families():
self._families.remove(family)
def missing (self):
if self.local_address is None: return 'local-address'
if self.peer_address is None: return 'peer-address'
if self.local_as is None: return 'local-as'
if self.peer_as is None: return 'peer-as'
if self.peer_address.afi == AFI.ipv6 and not self.router_id: return 'router-id'
return ''
# This function only compares the neighbor BUT NOT ITS ROUTES
def __eq__ (self,other):
return \
self.router_id == other.router_id and \
self.local_address == other.local_address and \
self.local_as == other.local_as and \
self.peer_address == other.peer_address and \
self.peer_as == other.peer_as and \
self.passive == other.passive and \
self.hold_time == other.hold_time and \
self.md5 == other.md5 and \
self.ttl == other.ttl and \
self.route_refresh == other.route_refresh and \
self.graceful_restart == other.graceful_restart and \
self.multisession == other.multisession and \
self.add_path == other.add_path and \
self.operational == other.operational and \
self.group_updates == other.group_updates and \
self.flush == other.flush and \
self.families() == other.families()
def __ne__(self, other):
return not self.__eq__(other)
def pprint (self,with_changes=True):
changes=''
if with_changes:
changes += '\nstatic { '
for changes in self.rib.incoming.queued_changes():
changes += '\n %s' % changes.extensive()
changes += '\n}'
families = ''
for afi,safi in self.families():
families += '\n %s %s;' % (afi.name(),safi.name())
_api = []
_api.extend([' neighbor-changes;\n',] if self.api.neighbor_changes else [])
_api.extend([' receive-packets;\n',] if self.api.receive_packets else [])
_api.extend([' send-packets;\n',] if self.api.send_packets else [])
_api.extend([' receive-routes;\n',] if self.api.receive_routes else [])
_api.extend([' receive-operational;\n',] if self.api.receive_operational else [])
api = ''.join(_api)
return """\
neighbor %s {
description "%s";
router-id %s;
local-address %s;
local-as %s;
peer-as %s;%s
hold-time %s;
%s%s%s%s
capability {
%s%s%s%s%s%s%s }
family {%s
}
process {
%s }%s
}""" % (
self.peer_address,
self.description,
self.router_id,
self.local_address,
self.local_as,
self.peer_as,
'\n passive;\n' if self.passive else '',
self.hold_time,
' group-updates: %s;\n' % self.group_updates if self.group_updates else '',
' auto-flush: %s;\n' % 'true' if self.flush else 'false',
' md5: %d;\n' % self.ttl if self.ttl else '',
' ttl-security: %d;\n' % self.ttl if self.ttl else '',
' asn4 enable;\n' if self.asn4 else ' asn4 disable;\n',
' route-refresh;\n' if self.route_refresh else '',
' graceful-restart %s;\n' % self.graceful_restart if self.graceful_restart else '',
' add-path %s;\n' % AddPath.string[self.add_path] if self.add_path else '',
' multi-session;\n' if self.multisession else '',
' operational;\n' if self.operational else '',
' aigp;\n' if self.aigp else '',
families,
api,
changes
)
def __str__ (self):
return self.pprint(False)
class Neighbor(object):
def __init__(self):
# self.logger should not be used here as long as we do use deepcopy as it contains a Lock
self.description = ''
self.router_id = None
self.local_address = None
self.peer_address = None
self.peer_as = None
self.local_as = None
self.hold_time = HoldTime(180)
self.asn4 = None
self.add_path = 0
self.md5 = None
self.ttl = None
self.group_updates = None
self.flush = None
self.adjribout = None
self.api = APIOptions()
# passive indicate that we do not establish outgoing connections
self.passive = False
# the port to listen on ( zero mean that we do not listen )
self.listen = 0
# capability
self.route_refresh = False
self.graceful_restart = False
self.multisession = None
self.add_path = None
self.aigp = None
self._families = []
self.rib = None
# The routes we have parsed from the configuration
self.changes = []
# On signal update, the previous routes so we can compare what changed
self.backup_changes = []
self.operational = None
self.eor = deque()
self.asm = dict()
self.messages = deque()
self.refresh = deque()
self.counter = Counter()
def identificator(self):
# It is possible to :
# - have multiple exabgp toward one peer on the same host ( use of pid )
# - have more than once connection toward a peer
# - each connection has it own neihgbor (hence why identificator is not in Protocol)
return str(self.peer_address)
def make_rib(self):
self.rib = RIB(self.name(), self.adjribout, self._families)
# will resend all the routes once we reconnect
def reset_rib(self):
self.rib.reset()
self.messages = deque()
self.refresh = deque()
# back to square one, all the routes are removed
def clear_rib(self):
self.rib.clear()
self.messages = deque()
self.refresh = deque()
def name(self):
if self.multisession:
session = '/'.join("%s-%s" % (afi.name(), safi.name())
for (afi, safi) in self.families())
else:
session = 'in-open'
return "neighbor %s local-ip %s local-as %s peer-as %s router-id %s family-allowed %s" % (
self.peer_address, self.local_address, self.local_as, self.peer_as,
self.router_id, session)
def families(self):
# this list() is important .. as we use the function to modify self._families
return list(self._families)
def add_family(self, family):
# the families MUST be sorted for neighbor indexing name to be predictable for API users
if family not in self.families():
afi, safi = family
d = dict()
d[afi] = [
safi,
]
for afi, safi in self._families:
d.setdefault(afi, []).append(safi)
self._families = [(afi, safi) for afi in sorted(d)
for safi in sorted(d[afi])]
def remove_family(self, family):
if family in self.families():
self._families.remove(family)
def missing(self):
if self.local_address is None:
return 'local-address'
if self.peer_address is None:
return 'peer-address'
if self.local_as is None:
return 'local-as'
if self.peer_as is None:
return 'peer-as'
if self.peer_address.afi == AFI.ipv6 and not self.router_id:
return 'router-id'
return ''
# This function only compares the neighbor BUT NOT ITS ROUTES
def __eq__(self, other):
return \
self.router_id == other.router_id and \
self.local_address == other.local_address and \
self.local_as == other.local_as and \
self.peer_address == other.peer_address and \
self.peer_as == other.peer_as and \
self.passive == other.passive and \
self.listen == other.listen and \
self.hold_time == other.hold_time and \
self.md5 == other.md5 and \
self.ttl == other.ttl and \
self.route_refresh == other.route_refresh and \
self.graceful_restart == other.graceful_restart and \
self.multisession == other.multisession and \
self.add_path == other.add_path and \
self.operational == other.operational and \
self.group_updates == other.group_updates and \
self.flush == other.flush and \
self.adjribout == other.adjribout and \
self.families() == other.families()
def __ne__(self, other):
return not self.__eq__(other)
def pprint(self, with_changes=True):
changes = ''
if with_changes:
changes += '\nstatic { '
for changes in self.rib.incoming.queued_changes():
changes += '\n\t\t%s' % changes.extensive()
changes += '\n}'
families = ''
for afi, safi in self.families():
families += '\n\t\t%s %s;' % (afi.name(), safi.name())
_extension_receive = {
'receive-parsed': 'parsed',
'receive-packets': 'packets',
'receive-parsed': 'parsed',
'consolidate': 'consolidate',
'neighbor-changes': 'neighbor-changes',
Message.CODE.NOTIFICATION: 'notification',
Message.CODE.OPEN: 'open',
Message.CODE.KEEPALIVE: 'keepalive',
Message.CODE.UPDATE: 'update',
Message.CODE.ROUTE_REFRESH: 'refresh',
Message.CODE.OPERATIONAL: 'operational',
}
_extension_send = {
'send-packets': 'packets',
}
_receive = []
for api, name in _extension_receive.items():
_receive.extend([
'\t\t\t%s;\n' % name,
] if self.api[api] else [])
receive = ''.join(_receive)
_send = []
for api, name in _extension_send.items():
_send.extend([
'\t\t\t%s;\n' % name,
] if self.api[api] else [])
send = ''.join(_send)
returned = \
'neighbor %s {\n' \
'\tdescription "%s";\n' \
'\trouter-id %s;\n' \
'\tlocal-address %s;\n' \
'\tlocal-as %s;\n' \
'\tpeer-as %s;%s\n' \
'\thold-time %s;\n' \
'%s%s%s%s%s%s\n' \
'\tcapability {\n' \
'%s%s%s%s%s%s%s\t}\n' \
'\tfamily {%s\n' \
'\t}\n' \
'\tprocess {\n' \
'%s%s\t}%s\n' \
'}' % (
self.peer_address,
self.description,
self.router_id,
self.local_address,
self.local_as,
self.peer_as,
self.hold_time,
'\n\tpassive;\n' if self.passive else '',
'\n\tlisten %d;\n' % self.listen if self.listen else '',
'\tgroup-updates: %s;\n' % (self.group_updates if self.group_updates else ''),
'\tauto-flush: %s;\n' % ('true' if self.flush else 'false'),
'\tadj-rib-out: %s;\n' % ('true' if self.adjribout else 'false'),
'\tmd5 "%s";\n' % self.md5 if self.md5 else '',
'\tttl-security: %s;\n' % (self.ttl if self.ttl else ''),
'\t\tasn4 %s;\n' % ('enable' if self.asn4 else 'disable'),
'\t\troute-refresh %s;\n' % ('enable' if self.route_refresh else 'disable'),
'\t\tgraceful-restart %s;\n' % (self.graceful_restart if self.graceful_restart else 'disable'),
'\t\tadd-path %s;\n' % (AddPath.string[self.add_path] if self.add_path else 'disable'),
'\t\tmulti-session %s;\n' % ('enable' if self.multisession else 'disable'),
'\t\toperational %s;\n' % ('enable' if self.operational else 'disable'),
'\t\taigp %s;\n' % ('enable' if self.aigp else 'disable'),
families,
'\t\treceive {\n%s\t\t}\n' % receive if receive else '',
'\t\tsend {\n%s\t\t}\n' % send if send else '',
changes
)
return returned.replace('\t', ' ')
def __str__(self):
return self.pprint(False)
class Neighbor(object):
def __init__(self):
# self.logger should not be used here as long as we do use deepcopy as it contains a Lock
self.description = None
self.router_id = None
self.host_name = None
self.domain_name = None
self.local_address = None
self.peer_address = None
self.peer_as = None
self.local_as = None
self.hold_time = None
self.asn4 = None
self.add_path = None
self.md5 = None
self.ttl = None
self.group_updates = None
self.flush = None
self.adjribout = None
self.manual_eor = False
self.api = None
# passive indicate that we do not establish outgoing connections
self.passive = False
# the port to listen on ( zero mean that we do not listen )
self.listen = 0
# capability
self.route_refresh = False
self.graceful_restart = False
self.multisession = None
self.add_path = None
self.aigp = None
self._families = []
self.rib = None
# The routes we have parsed from the configuration
self.changes = []
# On signal update, the previous routes so we can compare what changed
self.backup_changes = []
self.operational = None
self.eor = deque()
self.asm = dict()
self.messages = deque()
self.refresh = deque()
self.counter = Counter()
# It is possible to :
# - have multiple exabgp toward one peer on the same host ( use of pid )
# - have more than once connection toward a peer
# - each connection has it own neihgbor (hence why identificator is not in Protocol)
self.uid = "%d-%s" % (os.getpid(), uuid.uuid1())
def make_rib(self):
self.rib = RIB(self.name(), self.adjribout, self._families)
# will resend all the routes once we reconnect
def reset_rib(self):
self.rib.reset()
self.messages = deque()
self.refresh = deque()
# back to square one, all the routes are removed
def clear_rib(self):
self.rib.clear()
self.messages = deque()
self.refresh = deque()
def name(self):
if self.multisession:
session = "/".join("%s-%s" % (afi.name(), safi.name()) for (afi, safi) in self.families())
else:
session = "in-open"
return "neighbor %s local-ip %s local-as %s peer-as %s router-id %s family-allowed %s" % (
self.peer_address,
self.local_address,
self.local_as,
self.peer_as,
self.router_id,
session,
)
def families(self):
# this list() is important .. as we use the function to modify self._families
return list(self._families)
def add_family(self, family):
# the families MUST be sorted for neighbor indexing name to be predictable for API users
if family not in self.families():
afi, safi = family
d = dict()
d[afi] = [safi]
for afi, safi in self._families:
d.setdefault(afi, []).append(safi)
self._families = [(afi, safi) for afi in sorted(d) for safi in sorted(d[afi])]
def remove_family(self, family):
if family in self.families():
self._families.remove(family)
def missing(self):
if self.local_address is None:
return "local-address"
if self.peer_address is None:
return "peer-address"
if self.local_as is None:
return "local-as"
if self.peer_as is None:
return "peer-as"
if self.peer_address.afi == AFI.ipv6 and not self.router_id:
return "router-id"
return ""
# This function only compares the neighbor BUT NOT ITS ROUTES
def __eq__(self, other):
return (
self.router_id == other.router_id
and self.local_address == other.local_address
and self.local_as == other.local_as
and self.peer_address == other.peer_address
and self.peer_as == other.peer_as
and self.passive == other.passive
and self.listen == other.listen
and self.hold_time == other.hold_time
and self.host_name == other.host_name
and self.domain_name == other.domain_name
and self.md5 == other.md5
and self.ttl == other.ttl
and self.route_refresh == other.route_refresh
and self.graceful_restart == other.graceful_restart
and self.multisession == other.multisession
and self.add_path == other.add_path
and self.operational == other.operational
and self.group_updates == other.group_updates
and self.flush == other.flush
and self.adjribout == other.adjribout
and self.families() == other.families()
)
def __ne__(self, other):
return not self.__eq__(other)
def pprint(self, with_changes=True):
changes = ""
if with_changes:
changes += "\nstatic { "
for changes in self.rib.incoming.queued_changes():
changes += "\n\t\t%s" % changes.extensive()
changes += "\n}"
families = ""
for afi, safi in self.families():
families += "\n\t\t%s %s;" % (afi.name(), safi.name())
codes = Message.CODE
_extension_receive = {
"receive-packets": "packets",
"receive-parsed": "parsed",
"receive-consolidate": "consolidate",
"receive-%s" % codes.NOTIFICATION.SHORT: "notification",
"receive-%s" % codes.OPEN.SHORT: "open",
"receive-%s" % codes.KEEPALIVE.SHORT: "keepalive",
"receive-%s" % codes.UPDATE.SHORT: "update",
"receive-%s" % codes.ROUTE_REFRESH.SHORT: "refresh",
"receive-%s" % codes.OPERATIONAL.SHORT: "operational",
}
_extension_send = {
"send-packets": "packets",
"send-parsed": "parsed",
"send-consolidate": "consolidate",
"send-%s" % codes.NOTIFICATION.SHORT: "notification",
"send-%s" % codes.OPEN.SHORT: "open",
"send-%s" % codes.KEEPALIVE.SHORT: "keepalive",
"send-%s" % codes.UPDATE.SHORT: "update",
"send-%s" % codes.ROUTE_REFRESH.SHORT: "refresh",
"send-%s" % codes.OPERATIONAL.SHORT: "operational",
}
_receive = []
for api, name in _extension_receive.items():
_receive.extend(["\t\t\t%s;\n" % name] if self.api[api] else [])
receive = "".join(_receive)
_send = []
for api, name in _extension_send.items():
_send.extend(["\t\t\t%s;\n" % name] if self.api[api] else [])
send = "".join(_send)
returned = (
"neighbor %s {\n"
'\tdescription "%s";\n'
"\trouter-id %s;\n"
"\thost-name %s;\n"
"\tdomain-name %s;\n"
"\tlocal-address %s;\n"
"\tlocal-as %s;\n"
"\tpeer-as %s;\n"
"\thold-time %s;\n"
"\tmanual-eor %s;\n"
"%s%s%s%s%s%s%s\n"
"\tcapability {\n"
"%s%s%s%s%s%s%s\t}\n"
"\tfamily {%s\n"
"\t}\n"
"\tprocess {\n"
"%s%s\t}%s\n"
"}"
% (
self.peer_address,
self.description,
self.router_id,
self.host_name,
self.domain_name,
self.local_address,
self.local_as,
self.peer_as,
self.hold_time,
"true" if self.manual_eor else "false",
"\n\tpassive;\n" if self.passive else "",
"\n\tlisten %d;\n" % self.listen if self.listen else "",
"\tgroup-updates: %s;\n" % (self.group_updates if self.group_updates else ""),
"\tauto-flush: %s;\n" % ("true" if self.flush else "false"),
"\tadj-rib-out: %s;\n" % ("true" if self.adjribout else "false"),
'\tmd5 "%s";\n' % self.md5 if self.md5 else "",
"\tttl-security: %s;\n" % (self.ttl if self.ttl else ""),
"\t\tasn4 %s;\n" % ("enable" if self.asn4 else "disable"),
"\t\troute-refresh %s;\n" % ("enable" if self.route_refresh else "disable"),
"\t\tgraceful-restart %s;\n" % (self.graceful_restart if self.graceful_restart else "disable"),
"\t\tadd-path %s;\n" % (AddPath.string[self.add_path] if self.add_path else "disable"),
"\t\tmulti-session %s;\n" % ("enable" if self.multisession else "disable"),
"\t\toperational %s;\n" % ("enable" if self.operational else "disable"),
"\t\taigp %s;\n" % ("enable" if self.aigp else "disable"),
families,
"\t\treceive {\n%s\t\t}\n" % receive if receive else "",
"\t\tsend {\n%s\t\t}\n" % send if send else "",
changes,
)
)
return returned.replace("\t", " ")
def __str__(self):
return self.pprint(False)
class Neighbor (object):
_GLOBAL = {'uid': 1}
def __init__ (self):
# self.logger should not be used here as long as we do use deepcopy as it contains a Lock
self.description = None
self.router_id = None
self.host_name = None
self.domain_name = None
self.local_address = None
self.range_size = 1
# local_address uses auto discovery
self.auto_discovery = False
self.peer_address = None
self.peer_as = None
self.local_as = None
self.hold_time = None
self.asn4 = None
self.nexthop = None
self.add_path = None
self.md5_password = None
self.md5_base64 = False
self.md5_ip = None
self.ttl_in = None
self.ttl_out = None
self.group_updates = None
self.flush = None
self.adj_rib_in = None
self.adj_rib_out = None
self.manual_eor = False
self.api = None # XXX: not scriptable - is replaced outside the class
# passive indicate that we do not establish outgoing connections
self.passive = False
# the port to listen on ( zero mean that we do not listen )
self.listen = 0
# the port to connect to
self.connect = 0
# was this Neighbor generated from a range
self.generated = False
# capability
self.route_refresh = False
self.graceful_restart = False
self.multisession = None
self.nexthop = None
self.add_path = None
self.aigp = None
self._families = []
self._nexthop = []
self._addpath = []
self.rib = None
# The routes we have parsed from the configuration
self.changes = []
# On signal update, the previous routes so we can compare what changed
self.backup_changes = []
self.operational = None
self.eor = deque()
self.asm = dict()
self.messages = deque()
self.refresh = deque()
self.counter = Counter()
self.ski = []
self.bgpsec_openssl_lib = []
self.bgpsec_crypto_init = []
self.bgpsec_pre_asns = []
self.bgpsec_pre_skis = []
self.bgpsec_send_receive = []
# It is possible to :
# - have multiple exabgp toward one peer on the same host ( use of pid )
# - have more than once connection toward a peer
# - each connection has it own neihgbor (hence why identificator is not in Protocol)
self.uid = '%d' % self._GLOBAL['uid']
self._GLOBAL['uid'] += 1
def id (self):
return 'neighbor-%s' % self.uid
def make_rib (self):
self.rib = RIB(self.name(),self.adj_rib_in,self.adj_rib_out,self._families)
# will resend all the routes once we reconnect
def reset_rib (self):
self.rib.reset()
self.messages = deque()
self.refresh = deque()
# back to square one, all the routes are removed
def clear_rib (self):
self.rib.clear()
self.messages = deque()
self.refresh = deque()
def name (self):
if self.multisession:
session = '/'.join("%s-%s" % (afi.name(),safi.name()) for (afi,safi) in self.families())
else:
session = 'in-open'
return "neighbor %s local-ip %s local-as %s peer-as %s router-id %s family-allowed %s" % (
self.peer_address,
self.local_address if self.peer_address is not None else 'auto',
self.local_as if self.local_as is not None else 'auto',
self.peer_as if self.peer_as is not None else 'auto',
self.router_id,
session
)
def families (self):
# this list() is important .. as we use the function to modify self._families
return list(self._families)
def nexthops (self):
# this list() is important .. as we use the function to modify self._nexthop
return list(self._nexthop)
def addpaths (self):
# this list() is important .. as we use the function to modify self._add_path
return list(self._addpath)
def add_family (self, family):
# the families MUST be sorted for neighbor indexing name to be predictable for API users
# this list() is important .. as we use the function to modify self._families
if family not in self.families():
afi,safi = family
d = dict()
d[afi] = [safi,]
for afi,safi in self._families:
d.setdefault(afi,[]).append(safi)
self._families = [(afi,safi) for afi in sorted(d) for safi in sorted(d[afi])]
def add_nexthop (self, afi, safi, nhafi):
if (afi,safi,nhafi) not in self._nexthop:
self._nexthop.append((afi,safi,nhafi))
def add_addpath (self, family):
# the families MUST be sorted for neighbor indexing name to be predictable for API users
# this list() is important .. as we use the function to modify self._add_path
if family not in self.addpaths():
afi,safi = family
d = dict()
d[afi] = [safi,]
for afi,safi in self._addpath:
d.setdefault(afi,[]).append(safi)
self._addpath = [(afi,safi) for afi in sorted(d) for safi in sorted(d[afi])]
def remove_family (self, family):
if family in self.families():
self._families.remove(family)
def remove_nexthop (self, afi, safi, nhafi):
if (afi,safi,nhafi) in self.nexthops():
self._nexthop.remove((afi,safi,nhafi))
def remove_addpath (self, family):
if family in self.addpaths():
self._addpath.remove(family)
def missing (self):
if self.local_address is None and not self.auto_discovery:
return 'local-address'
if self.listen > 0 and self.auto_discovery:
return 'local-address'
if self.peer_address is None:
return 'peer-address'
if self.auto_discovery and not self.router_id:
return 'router-id'
if self.peer_address.afi == AFI.ipv6 and not self.router_id:
return 'router-id'
return ''
# This function only compares the neighbor BUT NOT ITS ROUTES
def __eq__ (self, other):
# Comparing local_address is skipped in the case where either
# peer is configured to auto discover its local address. In
# this case it can happen that one local_address is None and
# the other one will be set to the auto disocvered IP address.
auto_discovery = self.auto_discovery or other.auto_discovery
return \
self.router_id == other.router_id and \
(auto_discovery or self.local_address == other.local_address) and \
self.auto_discovery == other.auto_discovery and \
self.local_as == other.local_as and \
self.peer_address == other.peer_address and \
self.peer_as == other.peer_as and \
self.passive == other.passive and \
self.listen == other.listen and \
self.connect == other.connect and \
self.hold_time == other.hold_time and \
self.host_name == other.host_name and \
self.domain_name == other.domain_name and \
self.md5_password == other.md5_password and \
self.md5_ip == other.md5_ip and \
self.ttl_in == other.ttl_in and \
self.ttl_out == other.ttl_out and \
self.route_refresh == other.route_refresh and \
self.graceful_restart == other.graceful_restart and \
self.multisession == other.multisession and \
self.nexthop == other.nexthop and \
self.add_path == other.add_path and \
self.operational == other.operational and \
self.group_updates == other.group_updates and \
self.flush == other.flush and \
self.adj_rib_in == other.adj_rib_in and \
self.adj_rib_out == other.adj_rib_out and \
self.families() == other.families()
def __ne__ (self, other):
return not self.__eq__(other)
def string (self, with_changes=True):
changes = ''
if with_changes:
changes += '\nstatic { '
for changes in self.rib.incoming.queued_changes():
changes += '\n\t\t%s' % changes.extensive()
changes += '\n}'
families = ''
for afi,safi in self.families():
families += '\n\t\t%s %s;' % (afi.name(),safi.name())
nexthops = ''
for afi, safi, nexthop in self.nexthops():
nexthops += '\n\t\t%s %s %s;' % (afi.name(), safi.name(), nexthop.name())
addpaths = ''
for afi,safi in self.addpaths():
addpaths += '\n\t\t%s %s;' % (afi.name(),safi.name())
codes = Message.CODE
_extension_global = {
'neighbor-changes': 'neighbor-changes',
'negotiated': 'negotiated',
'fsm': 'fsm',
'signal': 'signal',
}
_extension_receive = {
'receive-packets': 'packets',
'receive-parsed': 'parsed',
'receive-consolidate': 'consolidate',
'receive-%s' % codes.NOTIFICATION.SHORT: 'notification',
'receive-%s' % codes.OPEN.SHORT: 'open',
'receive-%s' % codes.KEEPALIVE.SHORT: 'keepalive',
'receive-%s' % codes.UPDATE.SHORT: 'update',
'receive-%s' % codes.ROUTE_REFRESH.SHORT: 'refresh',
'receive-%s' % codes.OPERATIONAL.SHORT: 'operational',
}
_extension_send = {
'send-packets': 'packets',
'send-parsed': 'parsed',
'send-consolidate': 'consolidate',
'send-%s' % codes.NOTIFICATION.SHORT: 'notification',
'send-%s' % codes.OPEN.SHORT: 'open',
'send-%s' % codes.KEEPALIVE.SHORT: 'keepalive',
'send-%s' % codes.UPDATE.SHORT: 'update',
'send-%s' % codes.ROUTE_REFRESH.SHORT: 'refresh',
'send-%s' % codes.OPERATIONAL.SHORT: 'operational',
}
apis = ''
for process in self.api.get('processes',[]):
_global = []
_receive = []
_send = []
for api,name in _extension_global.items():
_global.extend(['\t\t%s;\n' % name,] if process in self.api[api] else [])
for api,name in _extension_receive.items():
_receive.extend(['\t\t\t%s;\n' % name,] if process in self.api[api] else [])
for api,name in _extension_send.items():
_send.extend(['\t\t\t%s;\n' % name,] if process in self.api[api] else [])
_api = '\tapi {\n'
_api += '\t\tprocesses [ %s ];\n' % process
_api += ''.join(_global)
if _receive:
_api += '\t\treceive {\n'
_api += ''.join(_receive)
_api += '\t\t}\n'
if _send:
_api += '\t\tsend {\n'
_api += ''.join(_send)
_api += '\t\t}\n'
_api += '\t}\n'
apis += _api
returned = \
'neighbor %s {\n' \
'\tdescription "%s";\n' \
'\trouter-id %s;\n' \
'\thost-name %s;\n' \
'\tdomain-name %s;\n' \
'\tlocal-address %s;\n' \
'\tlocal-as %s;\n' \
'\tpeer-as %s;\n' \
'\thold-time %s;\n' \
'\tmanual-eor %s;\n' \
'%s%s%s%s%s%s%s%s%s%s%s\n' \
'\tcapability {\n' \
'%s%s%s%s%s%s%s%s%s\t}\n' \
'\tfamily {%s\n' \
'\t}\n' \
'\tnexthop {%s\n' \
'\t}\n' \
'\tadd-path {%s\n' \
'\t}\n' \
'%s' \
'%s' \
'}' % (
self.peer_address,
self.description,
self.router_id,
self.host_name,
self.domain_name,
self.local_address if not self.auto_discovery else 'auto',
self.local_as,
self.peer_as,
self.hold_time,
'true' if self.manual_eor else 'false',
'\n\tpassive %s;\n' % ('true' if self.passive else 'false'),
'\n\tlisten %d;\n' % self.listen if self.listen else '',
'\n\tconnect %d;\n' % self.connect if self.connect else '',
'\tgroup-updates %s;\n' % ('true' if self.group_updates else 'false'),
'\tauto-flush %s;\n' % ('true' if self.flush else 'false'),
'\tadj-rib-in %s;\n' % ('true' if self.adj_rib_in else 'false'),
'\tadj-rib-out %s;\n' % ('true' if self.adj_rib_out else 'false'),
'\tmd5-password "%s";\n' % self.md5_password if self.md5_password else '',
'\tmd5-base64 %s;\n' % ('true' if self.md5_base64 is True else 'false' if self.md5_base64 is False else 'auto'),
'\tmd5-ip "%s";\n' % self.md5_ip if not self.auto_discovery else '',
'\toutgoing-ttl %s;\n' % self.ttl_out if self.ttl_out else '',
'\tincoming-ttl %s;\n' % self.ttl_in if self.ttl_in else '',
'\t\tasn4 %s;\n' % ('enable' if self.asn4 else 'disable'),
'\t\troute-refresh %s;\n' % ('enable' if self.route_refresh else 'disable'),
'\t\tgraceful-restart %s;\n' % (self.graceful_restart if self.graceful_restart else 'disable'),
'\t\tnexthop %s;\n' % ('enable' if self.nexthop else 'disable'),
'\t\tadd-path %s;\n' % (AddPath.string[self.add_path] if self.add_path else 'disable'),
'\t\tmulti-session %s;\n' % ('enable' if self.multisession else 'disable'),
'\t\toperational %s;\n' % ('enable' if self.operational else 'disable'),
'\t\taigp %s;\n' % ('enable' if self.aigp else 'disable'),
families,
nexthops,
addpaths,
apis,
changes
)
# '\t\treceive {\n%s\t\t}\n' % receive if receive else '',
# '\t\tsend {\n%s\t\t}\n' % send if send else '',
return returned.replace('\t',' ')
def __str__ (self):
return self.string(False)
def make_rib(self):
self.rib = RIB(self.name(), self['adj-rib-in'], self['adj-rib-out'],
self._families)
class Neighbor(dict):
class Capability(dict):
defaults = {
'asn4': True,
'extended-message': True,
'graceful-restart': False,
'multi-session': False,
'operational': False,
'add-path': 0,
'route-refresh': 0,
'nexthop': None,
'aigp': None,
}
defaults = {
# Those are the field from the configuration
'description': '',
'router-id': None,
'local-address': None,
'peer-address': None,
'local-as': None,
'peer-as': None,
# passive indicate that we do not establish outgoing connections
'passive': False,
# the port to listen on ( zero mean that we do not listen )
'listen': 0,
# the port to connect to
'connect': 0,
'hold-time': HoldTime(180),
'rate-limit': 0,
'host-name': host(),
'domain-name': domain(),
'group-updates': True,
'auto-flush': True,
'adj-rib-in': True,
'adj-rib-out': True,
'manual-eor': False,
# XXX: this should be under an MD5 sub-dict/object ?
'md5-password': None,
'md5-base64': False,
'md5-ip': None,
'outgoing-ttl': None,
'incoming-ttl': None,
}
_GLOBAL = {'uid': 1}
def __init__(self):
# super init
self.update(self.defaults)
# Those are subconf
self.api = None # XXX: not scriptable - is replaced outside the class
# internal or calculated field
self['capability'] = self.Capability.defaults.copy()
# local_address uses auto discovery
self.auto_discovery = False
self.range_size = 1
# was this Neighbor generated from a range
self.generated = False
self._families = []
self._nexthop = []
self._addpath = []
self.rib = None
# The routes we have parsed from the configuration
self.changes = []
# On signal update, the previous routes so we can compare what changed
self.backup_changes = []
self.eor = deque()
self.asm = dict()
self.messages = deque()
self.refresh = deque()
self.counter = Counter()
# It is possible to :
# - have multiple exabgp toward one peer on the same host ( use of pid )
# - have more than once connection toward a peer
# - each connection has it own neihgbor (hence why identificator is not in Protocol)
self.uid = '%d' % self._GLOBAL['uid']
self._GLOBAL['uid'] += 1
def missing(self):
if self['local-as'] is None:
return 'incomplete neighbor, missing local-address'
if self['local-as'] is None:
return 'incomplete neighbor, missing local-as'
if self['peer-as'] is None:
return 'incomplete neighbor, missing peer-as'
return ''
def infer(self):
if self['md5-ip'] is None:
self['md5-ip'] = self['local-address']
if self['capability']['graceful-restart'] == 0:
self['capability']['graceful-restart'] = int(self['hold-time'])
def id(self):
return 'neighbor-%s' % self.uid
# This set must be unique between peer, not full draft-ietf-idr-bgp-multisession-07
def index(self):
if self['listen'] != 0:
return 'peer-ip %s listen %d' % (self['peer-address'],
self['listen'])
return self.name()
def make_rib(self):
self.rib = RIB(self.name(), self['adj-rib-in'], self['adj-rib-out'],
self._families)
# will resend all the routes once we reconnect
def reset_rib(self):
self.rib.reset()
self.messages = deque()
self.refresh = deque()
# back to square one, all the routes are removed
def clear_rib(self):
self.rib.clear()
self.messages = deque()
self.refresh = deque()
def name(self):
if self['capability']['multi-session']:
session = '/'.join("%s-%s" % (afi.name(), safi.name())
for (afi, safi) in self.families())
else:
session = 'in-open'
return "neighbor %s local-ip %s local-as %s peer-as %s router-id %s family-allowed %s" % (
self['peer-address'],
self['local-address']
if self['peer-address'] is not None else 'auto',
self['local-as'] if self['local-as'] is not None else 'auto',
self['peer-as'] if self['peer-as'] is not None else 'auto',
self['router-id'],
session,
)
def families(self):
# this list() is important .. as we use the function to modify self._families
return list(self._families)
def nexthops(self):
# this list() is important .. as we use the function to modify self._nexthop
return list(self._nexthop)
def addpaths(self):
# this list() is important .. as we use the function to modify self._add_path
return list(self._addpath)
def add_family(self, family):
# the families MUST be sorted for neighbor indexing name to be predictable for API users
# this list() is important .. as we use the function to modify self._families
if family not in self.families():
afi, safi = family
d = dict()
d[afi] = [
safi,
]
for afi, safi in self._families:
d.setdefault(afi, []).append(safi)
self._families = [(afi, safi) for afi in sorted(d)
for safi in sorted(d[afi])]
def add_nexthop(self, afi, safi, nhafi):
if (afi, safi, nhafi) not in self._nexthop:
self._nexthop.append((afi, safi, nhafi))
def add_addpath(self, family):
# the families MUST be sorted for neighbor indexing name to be predictable for API users
# this list() is important .. as we use the function to modify self._add_path
if family not in self.addpaths():
afi, safi = family
d = dict()
d[afi] = [
safi,
]
for afi, safi in self._addpath:
d.setdefault(afi, []).append(safi)
self._addpath = [(afi, safi) for afi in sorted(d)
for safi in sorted(d[afi])]
def remove_family(self, family):
if family in self.families():
self._families.remove(family)
def remove_nexthop(self, afi, safi, nhafi):
if (afi, safi, nhafi) in self.nexthops():
self._nexthop.remove((afi, safi, nhafi))
def remove_addpath(self, family):
if family in self.addpaths():
self._addpath.remove(family)
def missing(self):
if self['local-address'] is None and not self.auto_discovery:
return 'local-address'
if self['listen'] > 0 and self.auto_discovery:
return 'local-address'
if self['peer-address'] is None:
return 'peer-address'
if self.auto_discovery and not self['router-id']:
return 'router-id'
if self['peer-address'].afi == AFI.ipv6 and not self['router-id']:
return 'router-id'
return ''
# This function only compares the neighbor BUT NOT ITS ROUTES
def __eq__(self, other):
# Comparing local_address is skipped in the case where either
# peer is configured to auto discover its local address. In
# this case it can happen that one local_address is None and
# the other one will be set to the auto disocvered IP address.
auto_discovery = self.auto_discovery or other.auto_discovery
return (self['router-id'] == other['router-id']
and self['local-as'] == other['local-as']
and self['peer-address'] == other['peer-address']
and self['peer-as'] == other['peer-as']
and self['passive'] == other['passive']
and self['listen'] == other['listen']
and self['connect'] == other['connect']
and self['hold-time'] == other['hold-time']
and self['rate-limit'] == other['rate-limit']
and self['host-name'] == other['host-name']
and self['domain-name'] == other['domain-name']
and self['md5-password'] == other['md5-password']
and self['md5-ip'] == other['md5-ip']
and self['incoming-ttl'] == other['incoming-ttl']
and self['outgoing-ttl'] == other['outgoing-ttl']
and self['group-updates'] == other['group-updates']
and self['auto-flush'] == other['auto-flush']
and self['adj-rib-in'] == other['adj-rib-in']
and self['adj-rib-out'] == other['adj-rib-out']
and (auto_discovery
or self['local-address'] == other['local-address'])
and self['capability'] == other['capability']
and self.auto_discovery == other.auto_discovery
and self.families() == other.families())
def __ne__(self, other):
return not self.__eq__(other)
def string(self, with_changes=True):
changes = ''
if with_changes:
changes += '\nstatic { '
for change in self.rib.outgoing.queued_changes():
changes += '\n\t\t%s' % change.extensive()
changes += '\n}'
families = ''
for afi, safi in self.families():
families += '\n\t\t%s %s;' % (afi.name(), safi.name())
nexthops = ''
for afi, safi, nexthop in self.nexthops():
nexthops += '\n\t\t%s %s %s;' % (afi.name(), safi.name(),
nexthop.name())
addpaths = ''
for afi, safi in self.addpaths():
addpaths += '\n\t\t%s %s;' % (afi.name(), safi.name())
codes = Message.CODE
_extension_global = {
'neighbor-changes': 'neighbor-changes',
'negotiated': 'negotiated',
'fsm': 'fsm',
'signal': 'signal',
}
_extension_receive = {
'receive-packets': 'packets',
'receive-parsed': 'parsed',
'receive-consolidate': 'consolidate',
'receive-%s' % codes.NOTIFICATION.SHORT: 'notification',
'receive-%s' % codes.OPEN.SHORT: 'open',
'receive-%s' % codes.KEEPALIVE.SHORT: 'keepalive',
'receive-%s' % codes.UPDATE.SHORT: 'update',
'receive-%s' % codes.ROUTE_REFRESH.SHORT: 'refresh',
'receive-%s' % codes.OPERATIONAL.SHORT: 'operational',
}
_extension_send = {
'send-packets': 'packets',
'send-parsed': 'parsed',
'send-consolidate': 'consolidate',
'send-%s' % codes.NOTIFICATION.SHORT: 'notification',
'send-%s' % codes.OPEN.SHORT: 'open',
'send-%s' % codes.KEEPALIVE.SHORT: 'keepalive',
'send-%s' % codes.UPDATE.SHORT: 'update',
'send-%s' % codes.ROUTE_REFRESH.SHORT: 'refresh',
'send-%s' % codes.OPERATIONAL.SHORT: 'operational',
}
apis = ''
for process in self.api.get('processes', []):
_global = []
_receive = []
_send = []
for api, name in _extension_global.items():
_global.extend([
'\t\t%s;\n' % name,
] if process in self.api[api] else [])
for api, name in _extension_receive.items():
_receive.extend([
'\t\t\t%s;\n' % name,
] if process in self.api[api] else [])
for api, name in _extension_send.items():
_send.extend([
'\t\t\t%s;\n' % name,
] if process in self.api[api] else [])
_api = '\tapi {\n'
_api += '\t\tprocesses [ %s ];\n' % process
_api += ''.join(_global)
if _receive:
_api += '\t\treceive {\n'
_api += ''.join(_receive)
_api += '\t\t}\n'
if _send:
_api += '\t\tsend {\n'
_api += ''.join(_send)
_api += '\t\t}\n'
_api += '\t}\n'
apis += _api
returned = (
'neighbor %s {\n'
'\tdescription "%s";\n'
'\trouter-id %s;\n'
'\thost-name %s;\n'
'\tdomain-name %s;\n'
'\tlocal-address %s;\n'
'\tlocal-as %s;\n'
'\tpeer-as %s;\n'
'\thold-time %s;\n'
'\trate-limit %s;\n'
'\tmanual-eor %s;\n'
'%s%s%s%s%s%s%s%s%s%s%s\n'
'\tcapability {\n'
'%s%s%s%s%s%s%s%s%s\t}\n'
'\tfamily {%s\n'
'\t}\n'
'\tnexthop {%s\n'
'\t}\n'
'\tadd-path {%s\n'
'\t}\n'
'%s'
'%s'
'}' % (
self['peer-address'],
self['description'],
self['router-id'],
self['host-name'],
self['domain-name'],
self['local-address'] if not self.auto_discovery else 'auto',
self['local-as'],
self['peer-as'],
self['hold-time'],
'disable' if self['rate-limit'] == 0 else self['rate-limit'],
'true' if self['manual-eor'] else 'false',
'\n\tpassive %s;\n' % ('true' if self['passive'] else 'false'),
'\n\tlisten %d;\n' % self['listen'] if self['listen'] else '',
'\n\tconnect %d;\n' %
self['connect'] if self['connect'] else '',
'\tgroup-updates %s;\n' %
('true' if self['group-updates'] else 'false'),
'\tauto-flush %s;\n' %
('true' if self['auto-flush'] else 'false'),
'\tadj-rib-in %s;\n' %
('true' if self['adj-rib-in'] else 'false'),
'\tadj-rib-out %s;\n' %
('true' if self['adj-rib-out'] else 'false'),
'\tmd5-password "%s";\n' %
self['md5-password'] if self['md5-password'] else '',
'\tmd5-base64 %s;\n' %
('true' if self['md5-base64'] is True else
'false' if self['md5-base64'] is False else 'auto'),
'\tmd5-ip "%s";\n' %
self['md5-ip'] if not self.auto_discovery else '',
'\toutgoing-ttl %s;\n' %
self['outgoing-ttl'] if self['outgoing-ttl'] else '',
'\tincoming-ttl %s;\n' %
self['incoming-ttl'] if self['incoming-ttl'] else '',
'\t\tasn4 %s;\n' %
('enable' if self['capability']['asn4'] else 'disable'),
'\t\troute-refresh %s;\n' %
('enable'
if self['capability']['route-refresh'] else 'disable'),
'\t\tgraceful-restart %s;\n' %
(self['capability']['graceful-restart']
if self['capability']['graceful-restart'] else 'disable'),
'\t\tnexthop %s;\n' %
('enable' if self['capability']['nexthop'] else 'disable'),
'\t\tadd-path %s;\n' %
(AddPath.string[self['capability']['add-path']]
if self['capability']['add-path'] else 'disable'),
'\t\tmulti-session %s;\n' %
('enable'
if self['capability']['multi-session'] else 'disable'),
'\t\toperational %s;\n' %
('enable' if self['capability']['operational'] else 'disable'),
'\t\taigp %s;\n' %
('enable' if self['capability']['aigp'] else 'disable'),
families,
nexthops,
addpaths,
apis,
changes,
))
# '\t\treceive {\n%s\t\t}\n' % receive if receive else '',
# '\t\tsend {\n%s\t\t}\n' % send if send else '',
return returned.replace('\t', ' ')
def __str__(self):
return self.string(False)
class Neighbor (object):
def __init__ (self):
# self.logger should not be used here as long as we do use deepcopy as it contains a Lock
self.description = ''
self.router_id = None
self.local_address = None
self.peer_address = None
self.peer_as = None
self.local_as = None
self.hold_time = HoldTime(180)
self.asn4 = None
self.add_path = 0
self.md5 = None
self.ttl = None
self.group_updates = None
self.flush = None
self.adjribout = None
self.api = APIOptions()
self.passive = False
# capability
self.route_refresh = False
self.graceful_restart = False
self.multisession = None
self.add_path = None
self.aigp = None
self._families = []
self.rib = None
self.operational = None
self.eor = deque()
self.asm = dict()
self.messages = deque()
self.refresh = deque()
def identificator (self):
# It is possible to :
# - have multiple exabgp toward one peer on the same host ( use of pid )
# - have more than once connection toward a peer
# - each connection has it own neihgbor (hence why identificator is not in Protocol)
return str(self.peer_address)
def make_rib (self):
self.rib = RIB(self.name(),self.adjribout,self._families)
# will resend all the routes once we reconnect
def reset_rib (self):
self.rib.reset()
self.messages = deque()
self.refresh = deque()
# back to square one, all the routes are removed
def clear_rib (self):
self.rib.clear()
self.messages = deque()
self.refresh = deque()
def name (self):
if self.multisession:
session = '/'.join("%s-%s" % (afi.name(),safi.name()) for (afi,safi) in self.families())
else:
session = 'in-open'
return "neighbor %s local-ip %s local-as %s peer-as %s router-id %s family-allowed %s" % (self.peer_address,self.local_address,self.local_as,self.peer_as,self.router_id,session)
def families (self):
# this list() is important .. as we use the function to modify self._families
return list(self._families)
def add_family (self,family):
# the families MUST be sorted for neighbor indexing name to be predictable for API users
if not family in self.families():
afi,safi = family
d = dict()
d[afi] = [safi,]
for afi,safi in self._families:
d.setdefault(afi,[]).append(safi)
self._families = [(afi,safi) for afi in sorted(d) for safi in sorted(d[afi])]
def remove_family (self,family):
if family in self.families():
self._families.remove(family)
def missing (self):
if self.local_address is None: return 'local-address'
if self.peer_address is None: return 'peer-address'
if self.local_as is None: return 'local-as'
if self.peer_as is None: return 'peer-as'
if self.peer_address.afi == AFI.ipv6 and not self.router_id: return 'router-id'
return ''
# This function only compares the neighbor BUT NOT ITS ROUTES
def __eq__ (self,other):
return \
self.router_id == other.router_id and \
self.local_address == other.local_address and \
self.local_as == other.local_as and \
self.peer_address == other.peer_address and \
self.peer_as == other.peer_as and \
self.passive == other.passive and \
self.hold_time == other.hold_time and \
self.md5 == other.md5 and \
self.ttl == other.ttl and \
self.route_refresh == other.route_refresh and \
self.graceful_restart == other.graceful_restart and \
self.multisession == other.multisession and \
self.add_path == other.add_path and \
self.operational == other.operational and \
self.group_updates == other.group_updates and \
self.flush == other.flush and \
self.adjribout == other.adjribout and \
self.families() == other.families()
def __ne__(self, other):
return not self.__eq__(other)
def pprint (self,with_changes=True):
changes=''
if with_changes:
changes += '\nstatic { '
for changes in self.rib.incoming.queued_changes():
changes += '\n %s' % changes.extensive()
changes += '\n}'
families = ''
for afi,safi in self.families():
families += '\n %s %s;' % (afi.name(),safi.name())
_receive = []
_receive.extend([' parsed;\n',] if self.api['receive-parsed'] else [])
_receive.extend([' packets;\n',] if self.api['receive-packets'] else [])
_receive.extend([' consolidate;\n',] if self.api['consolidate'] else [])
_receive.extend([' neighbor-changes;\n',] if self.api['neighbor-changes'] else [])
_receive.extend([' notification;\n',] if self.api[Message.ID.NOTIFICATION] else [])
_receive.extend([' open;\n',] if self.api[Message.ID.OPEN] else [])
_receive.extend([' keepalive;\n',] if self.api[Message.ID.KEEPALIVE] else [])
_receive.extend([' update;\n',] if self.api[Message.ID.UPDATE] else [])
_receive.extend([' refresh;\n',] if self.api[Message.ID.ROUTE_REFRESH] else [])
_receive.extend([' operational;\n',] if self.api[Message.ID.OPERATIONAL] else [])
_receive.extend([' parsed;\n',] if self.api['receive-parsed'] else [])
_receive.extend([' packets;\n',] if self.api['receive-packets'] else [])
_receive.extend([' consolidate;\n',] if self.api['consolidate'] else [])
receive = ''.join(_receive)
_send = []
_send.extend([' packets;\n',] if self.api['send-packets'] else [])
send = ''.join(_send)
return """\
neighbor %s {
description "%s";
router-id %s;
local-address %s;
local-as %s;
peer-as %s;%s
hold-time %s;
%s%s%s%s%s
capability {
%s%s%s%s%s%s%s }
family {%s
}
process {
%s%s }%s
}""" % (
self.peer_address,
self.description,
self.router_id,
self.local_address,
self.local_as,
self.peer_as,
'\n passive;\n' if self.passive else '',
self.hold_time,
' group-updates: %s;\n' % (self.group_updates if self.group_updates else ''),
' auto-flush: %s;\n' % ('true' if self.flush else 'false'),
' adj-rib-out: %s;\n' % ('true' if self.adjribout else 'false'),
' md5 "%s";\n' % self.md5 if self.md5 else '',
' ttl-security: %s;\n' % (self.ttl if self.ttl else ''),
' asn4 %s;\n' % ('enable' if self.asn4 else 'disable'),
' route-refresh %s;\n' % ('enable' if self.route_refresh else 'disable'),
' graceful-restart %s;\n' % (self.graceful_restart if self.graceful_restart else 'disable'),
' add-path %s;\n' % (AddPath.string[self.add_path] if self.add_path else 'disable'),
' multi-session %s;\n' % ('enable' if self.multisession else 'disable'),
' operational %s;\n' % ('enable' if self.operational else 'disable'),
' aigp %s;\n' % ('enable' if self.aigp else 'disable'),
families,
' receive {\n%s }\n' % receive if receive else '',
' send {\n%s }\n' % send if send else '',
changes
)
def __str__ (self):
return self.pprint(False)
class Neighbor (object):
def __init__ (self):
# self.logger should not be used here as long as we do use deepcopy as it contains a Lock
self.description = ''
self.router_id = None
self.local_address = None
self.peer_address = None
self.peer_as = None
self.local_as = None
self.hold_time = HoldTime(180)
self.asn4 = None
self.add_path = 0
self.md5 = None
self.ttl = None
self.group_updates = None
self.flush = None
self.adjribout = None
self.api = APIOptions()
self.passive = False
# capability
self.route_refresh = False
self.graceful_restart = False
self.multisession = None
self.add_path = None
self.aigp = None
self._families = []
self.rib = None
self.operational = None
self.asm = dict()
self.messages = deque()
self.refresh = deque()
def make_rib (self):
self.rib = RIB(self.name(),self.adjribout,self._families)
# will resend all the routes once we reconnect
def reset_rib (self):
self.rib.reset()
self.messages = deque()
self.refresh = deque()
# back to square one, all the routes are removed
def clear_rib (self):
self.rib.clear()
self.messages = deque()
self.refresh = deque()
def name (self):
if self.multisession:
session = '/'.join("%s-%s" % (afi.name(),safi.name()) for (afi,safi) in self.families())
else:
session = 'in-open'
return "neighbor %s local-ip %s local-as %s peer-as %s router-id %s family-allowed %s" % (self.peer_address,self.local_address,self.local_as,self.peer_as,self.router_id,session)
def families (self):
# this list() is important .. as we use the function to modify self._families
return list(self._families)
def add_family (self,family):
# the families MUST be sorted for neighbor indexing name to be predictable for API users
if not family in self.families():
afi,safi = family
d = dict()
d[afi] = [safi,]
for afi,safi in self._families:
d.setdefault(afi,[]).append(safi)
self._families = [(afi,safi) for afi in sorted(d) for safi in sorted(d[afi])]
def remove_family (self,family):
if family in self.families():
self._families.remove(family)
def missing (self):
if self.local_address is None: return 'local-address'
if self.peer_address is None: return 'peer-address'
if self.local_as is None: return 'local-as'
if self.peer_as is None: return 'peer-as'
if self.peer_address.afi == AFI.ipv6 and not self.router_id: return 'router-id'
return ''
# This function only compares the neighbor BUT NOT ITS ROUTES
def __eq__ (self,other):
return \
self.router_id == other.router_id and \
self.local_address == other.local_address and \
self.local_as == other.local_as and \
self.peer_address == other.peer_address and \
self.peer_as == other.peer_as and \
self.passive == other.passive and \
self.hold_time == other.hold_time and \
self.md5 == other.md5 and \
self.ttl == other.ttl and \
self.route_refresh == other.route_refresh and \
self.graceful_restart == other.graceful_restart and \
self.multisession == other.multisession and \
self.add_path == other.add_path and \
self.operational == other.operational and \
self.group_updates == other.group_updates and \
self.flush == other.flush and \
self.adjribout == other.adjribout and \
self.families() == other.families()
def __ne__(self, other):
return not self.__eq__(other)
def pprint (self,with_changes=True):
changes=''
if with_changes:
changes += '\nstatic { '
for changes in self.rib.incoming.queued_changes():
changes += '\n %s' % changes.extensive()
changes += '\n}'
families = ''
for afi,safi in self.families():
families += '\n %s %s;' % (afi.name(),safi.name())
_api = []
_api.extend([' neighbor-changes;\n',] if self.api.neighbor_changes else [])
_api.extend([' receive-packets;\n',] if self.api.receive_packets else [])
_api.extend([' send-packets;\n',] if self.api.send_packets else [])
_api.extend([' receive-routes;\n',] if self.api.receive_routes else [])
_api.extend([' receive-operational;\n',] if self.api.receive_operational else [])
api = ''.join(_api)
return """\
neighbor %s {
description "%s";
router-id %s;
local-address %s;
local-as %s;
peer-as %s;%s
hold-time %s;
%s%s%s%s%s
capability {
%s%s%s%s%s%s%s }
family {%s
}
process {
%s }%s
}""" % (
self.peer_address,
self.description,
self.router_id,
self.local_address,
self.local_as,
self.peer_as,
'\n passive;\n' if self.passive else '',
self.hold_time,
' group-updates: %s;\n' % self.group_updates if self.group_updates else '',
' auto-flush: %s;\n' % 'true' if self.flush else 'false',
' adj-rib-out: %s;\n' % 'true' if self.adjribout else 'false',
' md5: %d;\n' % self.ttl if self.ttl else '',
' ttl-security: %d;\n' % self.ttl if self.ttl else '',
' asn4 enable;\n' if self.asn4 else ' asn4 disable;\n',
' route-refresh;\n' if self.route_refresh else '',
' graceful-restart %s;\n' % self.graceful_restart if self.graceful_restart else '',
' add-path %s;\n' % AddPath.string[self.add_path] if self.add_path else '',
' multi-session;\n' if self.multisession else '',
' operational;\n' if self.operational else '',
' aigp;\n' if self.aigp else '',
families,
api,
changes
)
def __str__ (self):
return self.pprint(False)
class Neighbor(object):
def __init__(self):
# self.logger should not be used here as long as we do use deepcopy as it contains a Lock
self.description = ''
self.router_id = None
self.local_address = None
self.peer_address = None
self.peer_as = None
self.local_as = None
self.hold_time = HoldTime(180)
self.asn4 = None
self.add_path = 0
self.md5 = None
self.ttl = None
self.group_updates = None
self.flush = None
self.adjribout = None
self.api = APIOptions()
self.passive = False
# capability
self.route_refresh = False
self.graceful_restart = False
self.multisession = None
self.add_path = None
self.aigp = None
self._families = []
self.rib = None
self.operational = None
self.eor = deque()
self.asm = dict()
self.messages = deque()
self.refresh = deque()
def identificator(self):
# It is possible to :
# - have multiple exabgp toward one peer on the same host ( use of pid )
# - have more than once connection toward a peer
# - each connection has it own neihgbor (hence why identificator is not in Protocol)
return str(self.peer_address)
def make_rib(self):
self.rib = RIB(self.name(), self.adjribout, self._families)
# will resend all the routes once we reconnect
def reset_rib(self):
self.rib.reset()
self.messages = deque()
self.refresh = deque()
# back to square one, all the routes are removed
def clear_rib(self):
self.rib.clear()
self.messages = deque()
self.refresh = deque()
def name(self):
if self.multisession:
session = '/'.join("%s-%s" % (afi.name(), safi.name())
for (afi, safi) in self.families())
else:
session = 'in-open'
return "neighbor %s local-ip %s local-as %s peer-as %s router-id %s family-allowed %s" % (
self.peer_address, self.local_address, self.local_as, self.peer_as,
self.router_id, session)
def families(self):
# this list() is important .. as we use the function to modify self._families
return list(self._families)
def add_family(self, family):
# the families MUST be sorted for neighbor indexing name to be predictable for API users
if not family in self.families():
afi, safi = family
d = dict()
d[afi] = [
safi,
]
for afi, safi in self._families:
d.setdefault(afi, []).append(safi)
self._families = [(afi, safi) for afi in sorted(d)
for safi in sorted(d[afi])]
def remove_family(self, family):
if family in self.families():
self._families.remove(family)
def missing(self):
if self.local_address is None: return 'local-address'
if self.peer_address is None: return 'peer-address'
if self.local_as is None: return 'local-as'
if self.peer_as is None: return 'peer-as'
if self.peer_address.afi == AFI.ipv6 and not self.router_id:
return 'router-id'
return ''
# This function only compares the neighbor BUT NOT ITS ROUTES
def __eq__(self, other):
return \
self.router_id == other.router_id and \
self.local_address == other.local_address and \
self.local_as == other.local_as and \
self.peer_address == other.peer_address and \
self.peer_as == other.peer_as and \
self.passive == other.passive and \
self.hold_time == other.hold_time and \
self.md5 == other.md5 and \
self.ttl == other.ttl and \
self.route_refresh == other.route_refresh and \
self.graceful_restart == other.graceful_restart and \
self.multisession == other.multisession and \
self.add_path == other.add_path and \
self.operational == other.operational and \
self.group_updates == other.group_updates and \
self.flush == other.flush and \
self.adjribout == other.adjribout and \
self.families() == other.families()
def __ne__(self, other):
return not self.__eq__(other)
def pprint(self, with_changes=True):
changes = ''
if with_changes:
changes += '\nstatic { '
for changes in self.rib.incoming.queued_changes():
changes += '\n %s' % changes.extensive()
changes += '\n}'
families = ''
for afi, safi in self.families():
families += '\n %s %s;' % (afi.name(), safi.name())
_receive = []
_receive.extend([
' parsed;\n',
] if self.api['receive-parsed'] else [])
_receive.extend([
' packets;\n',
] if self.api['receive-packets'] else [])
_receive.extend([
' consolidate;\n',
] if self.api['consolidate'] else [])
_receive.extend([
' neighbor-changes;\n',
] if self.api['neighbor-changes'] else [])
_receive.extend([
' notification;\n',
] if self.api[Message.ID.NOTIFICATION] else [])
_receive.extend([
' open;\n',
] if self.api[Message.ID.OPEN] else [])
_receive.extend([
' keepalive;\n',
] if self.api[Message.ID.KEEPALIVE] else [])
_receive.extend([
' update;\n',
] if self.api[Message.ID.UPDATE] else [])
_receive.extend([
' refresh;\n',
] if self.api[Message.ID.ROUTE_REFRESH] else [])
_receive.extend([
' operational;\n',
] if self.api[Message.ID.OPERATIONAL] else [])
_receive.extend([
' parsed;\n',
] if self.api['receive-parsed'] else [])
_receive.extend([
' packets;\n',
] if self.api['receive-packets'] else [])
_receive.extend([
' consolidate;\n',
] if self.api['consolidate'] else [])
receive = ''.join(_receive)
_send = []
_send.extend([
' packets;\n',
] if self.api['send-packets'] else [])
send = ''.join(_send)
return """\
neighbor %s {
description "%s";
router-id %s;
local-address %s;
local-as %s;
peer-as %s;%s
hold-time %s;
%s%s%s%s%s
capability {
%s%s%s%s%s%s%s }
family {%s
}
process {
%s%s }%s
}""" % (self.peer_address, self.description, self.router_id,
self.local_address, self.local_as, self.peer_as, '\n passive;\n'
if self.passive else '', self.hold_time, ' group-updates: %s;\n' %
(self.group_updates if self.group_updates else ''),
' auto-flush: %s;\n' %
('true' if self.flush else 'false'), ' adj-rib-out: %s;\n' %
('true' if self.adjribout else 'false'), ' md5 "%s";\n' %
self.md5 if self.md5 else '', ' ttl-security: %s;\n' %
(self.ttl if self.ttl else ''), ' asn4 %s;\n' %
('enable' if self.asn4 else 'disable'), ' route-refresh %s;\n' %
('enable' if self.route_refresh else 'disable'),
' graceful-restart %s;\n' %
(self.graceful_restart if self.graceful_restart else 'disable'),
' add-path %s;\n' %
(AddPath.string[self.add_path] if self.add_path else 'disable'),
' multi-session %s;\n' %
('enable' if self.multisession else 'disable'),
' operational %s;\n' %
('enable' if self.operational else 'disable'), ' aigp %s;\n' %
('enable' if self.aigp else 'disable'), families,
' receive {\n%s }\n' % receive if receive else '',
' send {\n%s }\n' % send if send else '', changes)
def __str__(self):
return self.pprint(False)
class Neighbor (object):
_GLOBAL = {'uid': 1}
def __init__ (self):
# self.logger should not be used here as long as we do use deepcopy as it contains a Lock
self.description = None
self.router_id = None
self.host_name = None
self.domain_name = None
self.local_address = None
self.range_size = 1
# local_address uses auto discovery
self.auto_discovery = False
self.peer_address = None
self.peer_as = None
self.local_as = None
self.hold_time = None
self.asn4 = None
self.add_path = None
self.md5_password = None
self.md5_base64 = False
self.md5_ip = None
self.ttl_in = None
self.ttl_out = None
self.group_updates = None
self.flush = None
self.adj_rib_in = None
self.adj_rib_out = None
self.manual_eor = False
self.api = None # XXX: not scriptable - is replaced outside the class
# passive indicate that we do not establish outgoing connections
self.passive = False
# the port to listen on ( zero mean that we do not listen )
self.listen = 0
# the port to connect to
self.connect = 0
# was this Neighbor generated from a range
self.generated = False
# capability
self.route_refresh = False
self.graceful_restart = False
self.multisession = None
self.add_path = None
self.aigp = None
self._families = []
self._addpaths = []
self.rib = None
# The routes we have parsed from the configuration
self.changes = []
# On signal update, the previous routes so we can compare what changed
self.backup_changes = []
self.operational = None
self.eor = deque()
self.asm = dict()
self.messages = deque()
self.refresh = deque()
self.counter = Counter()
# It is possible to :
# - have multiple exabgp toward one peer on the same host ( use of pid )
# - have more than once connection toward a peer
# - each connection has it own neihgbor (hence why identificator is not in Protocol)
self.uid = '%d' % self._GLOBAL['uid']
self._GLOBAL['uid'] += 1
def id (self):
return 'neighbor-%s' % self.uid
def make_rib (self):
self.rib = RIB(self.name(),self.adj_rib_in,self.adj_rib_out,self._families)
# will resend all the routes once we reconnect
def reset_rib (self):
self.rib.reset()
self.messages = deque()
self.refresh = deque()
# back to square one, all the routes are removed
def clear_rib (self):
self.rib.clear()
self.messages = deque()
self.refresh = deque()
def name (self):
if self.multisession:
session = '/'.join("%s-%s" % (afi.name(),safi.name()) for (afi,safi) in self.families())
else:
session = 'in-open'
return "neighbor %s local-ip %s local-as %s peer-as %s router-id %s family-allowed %s" % (
self.peer_address,
self.local_address if self.peer_address is not None else 'auto',
self.local_as if self.local_as is not None else 'auto',
self.peer_as if self.peer_as is not None else 'auto',
self.router_id,
session
)
def families (self):
# this list() is important .. as we use the function to modify self._families
return list(self._families)
def addpaths (self):
# this list() is important .. as we use the function to modify self._families
return list(self._addpaths)
def add_family (self, family):
# the families MUST be sorted for neighbor indexing name to be predictable for API users
# this list() is important .. as we use the function to modify self._families
if family not in self.families():
afi,safi = family
d = dict()
d[afi] = [safi,]
for afi,safi in self._families:
d.setdefault(afi,[]).append(safi)
self._families = [(afi,safi) for afi in sorted(d) for safi in sorted(d[afi])]
def add_addpath (self, family):
# the families MUST be sorted for neighbor indexing name to be predictable for API users
# this list() is important .. as we use the function to modify self._families
if family not in self.addpaths():
afi,safi = family
d = dict()
d[afi] = [safi,]
for afi,safi in self._addpaths:
d.setdefault(afi,[]).append(safi)
self._addpaths = [(afi,safi) for afi in sorted(d) for safi in sorted(d[afi])]
def remove_family (self, family):
if family in self.families():
self._families.remove(family)
def remove_addpath (self, family):
if family in self.addpaths():
self._addpaths.remove(family)
def missing (self):
if self.local_address is None and not self.auto_discovery:
return 'local-address'
if self.listen > 0 and self.auto_discovery:
return 'local-address'
if self.peer_address is None:
return 'peer-address'
if self.auto_discovery and not self.router_id:
return 'router-id'
if self.peer_address.afi == AFI.ipv6 and not self.router_id:
return 'router-id'
return ''
# This function only compares the neighbor BUT NOT ITS ROUTES
def __eq__ (self, other):
# Comparing local_address is skipped in the case where either
# peer is configured to auto discover its local address. In
# this case it can happen that one local_address is None and
# the other one will be set to the auto disocvered IP address.
auto_discovery = self.auto_discovery or other.auto_discovery
return \
self.router_id == other.router_id and \
(auto_discovery or self.local_address == other.local_address) and \
self.auto_discovery == other.auto_discovery and \
self.local_as == other.local_as and \
self.peer_address == other.peer_address and \
self.peer_as == other.peer_as and \
self.passive == other.passive and \
self.listen == other.listen and \
self.connect == other.connect and \
self.hold_time == other.hold_time and \
self.host_name == other.host_name and \
self.domain_name == other.domain_name and \
self.md5_password == other.md5_password and \
self.md5_ip == other.md5_ip and \
self.ttl_in == other.ttl_in and \
self.ttl_out == other.ttl_out and \
self.route_refresh == other.route_refresh and \
self.graceful_restart == other.graceful_restart and \
self.multisession == other.multisession and \
self.add_path == other.add_path and \
self.operational == other.operational and \
self.group_updates == other.group_updates and \
self.flush == other.flush and \
self.adj_rib_in == other.adj_rib_in and \
self.adj_rib_out == other.adj_rib_out and \
self.families() == other.families()
def __ne__ (self, other):
return not self.__eq__(other)
def string (self, with_changes=True):
changes = ''
if with_changes:
changes += '\nstatic { '
for changes in self.rib.incoming.queued_changes():
changes += '\n\t\t%s' % changes.extensive()
changes += '\n}'
families = ''
for afi,safi in self.families():
families += '\n\t\t%s %s;' % (afi.name(),safi.name())
addpaths = ''
for afi,safi in self.addpaths():
addpaths += '\n\t\t%s %s;' % (afi.name(),safi.name())
codes = Message.CODE
_extension_global = {
'neighbor-changes': 'neighbor-changes',
'negotiated': 'negotiated',
'fsm': 'fsm',
'signal': 'signal',
}
_extension_receive = {
'receive-packets': 'packets',
'receive-parsed': 'parsed',
'receive-consolidate': 'consolidate',
'receive-%s' % codes.NOTIFICATION.SHORT: 'notification',
'receive-%s' % codes.OPEN.SHORT: 'open',
'receive-%s' % codes.KEEPALIVE.SHORT: 'keepalive',
'receive-%s' % codes.UPDATE.SHORT: 'update',
'receive-%s' % codes.ROUTE_REFRESH.SHORT: 'refresh',
'receive-%s' % codes.OPERATIONAL.SHORT: 'operational',
}
_extension_send = {
'send-packets': 'packets',
'send-parsed': 'parsed',
'send-consolidate': 'consolidate',
'send-%s' % codes.NOTIFICATION.SHORT: 'notification',
'send-%s' % codes.OPEN.SHORT: 'open',
'send-%s' % codes.KEEPALIVE.SHORT: 'keepalive',
'send-%s' % codes.UPDATE.SHORT: 'update',
'send-%s' % codes.ROUTE_REFRESH.SHORT: 'refresh',
'send-%s' % codes.OPERATIONAL.SHORT: 'operational',
}
apis = ''
for process in self.api.get('processes',[]):
_global = []
_receive = []
_send = []
for api,name in _extension_global.items():
_global.extend(['\t\t%s;\n' % name,] if process in self.api[api] else [])
for api,name in _extension_receive.items():
_receive.extend(['\t\t\t%s;\n' % name,] if process in self.api[api] else [])
for api,name in _extension_send.items():
_send.extend(['\t\t\t%s;\n' % name,] if process in self.api[api] else [])
_api = '\tapi {\n'
_api += '\t\tprocesses [ %s ];\n' % process
_api += ''.join(_global)
if _receive:
_api += '\t\treceive {\n'
_api += ''.join(_receive)
_api += '\t\t}\n'
if _send:
_api += '\t\tsend {\n'
_api += ''.join(_send)
_api += '\t\t}\n'
_api += '\t}\n'
apis += _api
returned = \
'neighbor %s {\n' \
'\tdescription "%s";\n' \
'\trouter-id %s;\n' \
'\thost-name %s;\n' \
'\tdomain-name %s;\n' \
'\tlocal-address %s;\n' \
'\tlocal-as %s;\n' \
'\tpeer-as %s;\n' \
'\thold-time %s;\n' \
'\tmanual-eor %s;\n' \
'%s%s%s%s%s%s%s%s%s%s%s\n' \
'\tcapability {\n' \
'%s%s%s%s%s%s%s%s\t}\n' \
'\tfamily {%s\n' \
'\t}\n' \
'\tadd-path {%s\n' \
'\t}\n' \
'%s' \
'%s' \
'}' % (
self.peer_address,
self.description,
self.router_id,
self.host_name,
self.domain_name,
self.local_address if not self.auto_discovery else 'auto',
self.local_as,
self.peer_as,
self.hold_time,
'true' if self.manual_eor else 'false',
'\n\tpassive %s;\n' % ('true' if self.passive else 'false'),
'\n\tlisten %d;\n' % self.listen if self.listen else '',
'\n\tconnect %d;\n' % self.connect if self.connect else '',
'\tgroup-updates %s;\n' % ('true' if self.group_updates else 'false'),
'\tauto-flush %s;\n' % ('true' if self.flush else 'false'),
'\tadj-rib-in %s;\n' % ('true' if self.adj_rib_in else 'false'),
'\tadj-rib-out %s;\n' % ('true' if self.adj_rib_out else 'false'),
'\tmd5-password "%s";\n' % self.md5_password if self.md5_password else '',
'\tmd5-base64 %s;\n' % ('true' if self.md5_base64 is True else 'false' if self.md5_base64 is False else 'auto'),
'\tmd5-ip "%s";\n' % self.md5_ip if not self.auto_discovery else '',
'\toutgoing-ttl %s;\n' % self.ttl_out if self.ttl_out else '',
'\tincoming-ttl %s;\n' % self.ttl_in if self.ttl_in else '',
'\t\tasn4 %s;\n' % ('enable' if self.asn4 else 'disable'),
'\t\troute-refresh %s;\n' % ('enable' if self.route_refresh else 'disable'),
'\t\tgraceful-restart %s;\n' % (self.graceful_restart if self.graceful_restart else 'disable'),
'\t\tadd-path %s;\n' % (AddPath.string[self.add_path] if self.add_path else 'disable'),
'\t\tmulti-session %s;\n' % ('enable' if self.multisession else 'disable'),
'\t\toperational %s;\n' % ('enable' if self.operational else 'disable'),
'\t\taigp %s;\n' % ('enable' if self.aigp else 'disable'),
families,
addpaths,
apis,
changes
)
# '\t\treceive {\n%s\t\t}\n' % receive if receive else '',
# '\t\tsend {\n%s\t\t}\n' % send if send else '',
return returned.replace('\t',' ')
def __str__ (self):
return self.string(False)
def make_rib(self):
self.rib = RIB(self.name())
