def get_agent_pools(self, nodes):
pools = {}
for node in nodes:
pool_name = utils.get_pool_name(node)
pools.setdefault(pool_name, []).append(node)
agent_pools = []
for pool_name in pools:
agent_pools.append(AgentPool(pool_name, pools[pool_name]))
return agent_pools
def get_agent_pools(self, nodes):
# TODO: add param for regex for pool name
pools = {}
for node in nodes:
# Will need to be modified to pass the regex
pool_name = utils.get_pool_name(node, self.pool_name_regex)
pool = pools.setdefault(pool_name, {'size': "", 'nodes': []})
pool['nodes'].append(node)
pool['size'] = node.selectors["beta.kubernetes.io/instance-type"]
agent_pools = []
scalable_pools = []
for pool_name in pools:
pool_info = pools[pool_name]
# TODO: Create the pool after, and infer size from node count
pool = AgentPool(pool_name, pool_info['size'], pool_info['nodes'])
agent_pools.append(pool)
if not pool_name in self.ignored_pool_names:
scalable_pools.append(pool)
return agent_pools, scalable_pools
def get_agent_pools(self, nodes):
params = self.arm_parameters
pools = {}
for param in params:
if param.endswith('VMSize') and param != 'masterVMSize':
pool_name = param[:-6]
pools.setdefault(
pool_name, {'size': params[param]['value'], 'nodes': []})
for node in nodes:
pool_name = utils.get_pool_name(node)
pools[pool_name]['nodes'].append(node)
agent_pools = []
scalable_pools = []
for pool_name in pools:
pool_info = pools[pool_name]
pool = AgentPool(pool_name, pool_info['size'], pool_info['nodes'])
agent_pools.append(pool)
if not pool_name in self.ignored_pool_names:
scalable_pools.append(pool)
return agent_pools, scalable_pools