def _desired_nodes(self, default_route_domain):
"""Desired nodes is inferred from the active pool members."""
desired_nodes = dict()
nodes = self._bigip.get_nodes()
pools = self._bigip.get_pools(True)
for pool in pools:
for member in pools[pool].members:
pool_addr = member.name.split('%3A')[0]
pool_addr_rd = encoded_normalize_address_with_route_domain(
pool_addr, default_route_domain, True, False)
# make a copy to iterate over, then delete from 'nodes'
node_list = list(nodes.keys())
for key in node_list:
node_addr = nodes[key].data['address']
node_addr_rd = encoded_normalize_address_with_route_domain(
node_addr, default_route_domain, False, False)
if node_addr_rd == pool_addr_rd:
node = {'name': key,
'partition': nodes[key].partition,
'address': node_addr_rd,
'default_route_domain': default_route_domain,
'state': 'user-up',
'session': 'user-enabled'}
desired_node = ApiNode(**node)
desired_nodes[desired_node.name] = desired_node
return desired_nodes
def _desired_nodes(self, default_route_domain):
"""Desired nodes is inferred from the active pool members."""
desired_nodes = dict()
nodes = self._bigip.get_nodes()
pools = self._bigip.get_pools(True)
for pool in pools:
for member in pools[pool].members:
pool_addr = member.name.split('%3A')[0]
pool_addr_rd = encoded_normalize_address_with_route_domain(
pool_addr, default_route_domain, True, False)
# make a copy to iterate over, then delete from 'nodes'
node_list = list(nodes.keys())
for key in node_list:
node_addr = nodes[key].data['address']
node_addr_rd = encoded_normalize_address_with_route_domain(
node_addr, default_route_domain, False, False)
if node_addr_rd == pool_addr_rd:
node = {'name': key,
'partition': nodes[key].partition,
'address': node_addr_rd,
'default_route_domain': default_route_domain,
'state': 'user-up',
'session': 'user-enabled'}
desired_node = ApiNode(**node)
desired_nodes[desired_node.name] = desired_node
return desired_nodes
def test_encoded_normalize_address_with_route_domain():
"""Test proper behavior of encoded_normalize_address_with_route_domain."""
# test wrapper for test_normalize_address_with_route_domain but with
# address input/output being either url encoded or url unencoded
tests = [
["1.2.3.4%1", 2, False, False, "1.2.3.4%1"],
["1.2.3.4%1", 2, False, True, urlquote("1.2.3.4%1")],
[urlquote("1.2.3.4%1"), 2, True, False, "1.2.3.4%1"],
[urlquote("1.2.3.4%1"), 2, True, True, urlquote("1.2.3.4%1")],
["64:ff9b::", 2, False, False, "64:ff9b::%2"],
["64:ff9b::", 2, False, True, urlquote("64:ff9b::%2")],
[urlquote("64:ff9b::"), 2, True, False, "64:ff9b::%2"],
[urlquote("64:ff9b::"), 2, True, True, urlquote("64:ff9b::%2")]
]
for test in tests:
result = encoded_normalize_address_with_route_domain(
test[0], test[1], test[2], test[3])
assert result == test[4]
def test_encoded_normalize_address_with_route_domain():
"""Test proper behavior of encoded_normalize_address_with_route_domain."""
# test wrapper for test_normalize_address_with_route_domain but with
# address input/output being either url encoded or url unencoded
tests = [
["1.2.3.4%1", 2, False, False, "1.2.3.4%1"],
["1.2.3.4%1", 2, False, True, urlquote("1.2.3.4%1")],
[urlquote("1.2.3.4%1"), 2, True, False, "1.2.3.4%1"],
[urlquote("1.2.3.4%1"), 2, True, True, urlquote("1.2.3.4%1")],
["64:ff9b::", 2, False, False, "64:ff9b::%2"],
["64:ff9b::", 2, False, True, urlquote("64:ff9b::%2")],
[urlquote("64:ff9b::"), 2, True, False, "64:ff9b::%2"],
[urlquote("64:ff9b::"), 2, True, True, urlquote("64:ff9b::%2")]
]
for test in tests:
result = encoded_normalize_address_with_route_domain(
test[0], test[1], test[2], test[3])
assert result == test[4]
