def create_node_pool(container_engine_client, module):
create_node_pool_details = CreateNodePoolDetails()
for attribute in create_node_pool_details.attribute_map.keys():
if attribute in module.params:
setattr(create_node_pool_details, attribute,
module.params[attribute])
node_labels = module.params["initial_node_labels"]
if node_labels:
initial_node_labels = []
for d in node_labels:
keyvalue = KeyValue()
if d.get("key", None) and d.get("value", None):
keyvalue.key = d.get("key")
keyvalue.value = d.get("value")
initial_node_labels.append(keyvalue)
create_node_pool_details.initial_node_labels = initial_node_labels
# Note: `wait` is "True" by default for `oci_node_pool`, unlike other resources because a node pool is only useful
# if atleast one node in the node pool reaches ACTIVE state (Installation of Helm components are delayed until a
# node is available).
result = oci_ce_utils.create_and_wait(
resource_type="node_pool",
create_fn=container_engine_client.create_node_pool,
kwargs_create={"create_node_pool_details": create_node_pool_details},
client=container_engine_client,
get_fn=container_engine_client.get_node_pool,
get_param="node_pool_id",
module=module,
)
return result
def create_node_pool(container_engine_client, module):
create_node_pool_details = CreateNodePoolDetails()
for attribute in create_node_pool_details.attribute_map.keys():
if attribute in module.params:
setattr(create_node_pool_details, attribute,
module.params[attribute])
node_labels = module.params['initial_node_labels']
if node_labels:
initial_node_labels = []
for d in node_labels:
keyvalue = KeyValue()
if d.get("key", None) and d.get("value", None):
keyvalue.key = d.get("key")
keyvalue.value = d.get("value")
initial_node_labels.append(keyvalue)
create_node_pool_details.initial_node_labels = initial_node_labels
result = oci_ce_utils.create_and_wait(
resource_type="node_pool",
create_fn=container_engine_client.create_node_pool,
kwargs_create={"create_node_pool_details": create_node_pool_details},
client=container_engine_client,
get_fn=container_engine_client.get_node_pool,
get_param="node_pool_id",
module=module)
return result
def create_cluster(container_engine_client, module):
create_cluster_details = CreateClusterDetails()
for attribute in create_cluster_details.attribute_map.keys():
if attribute in module.params:
setattr(create_cluster_details, attribute, module.params[attribute])
options = module.params['options']
if options:
cluster_create_options = ClusterCreateOptions()
cluster_create_options.service_lb_subnet_ids = options['service_lb_subnet_ids']
if options.get('add_ons', None):
add_ons = AddOnOptions()
add_ons.is_kubernetes_dashboard_enabled = options['add_ons']['is_kubernetes_dashboard_enabled']
add_ons.is_tiller_enabled = options['add_ons']['is_tiller_enabled']
cluster_create_options.add_ons = add_ons
if options.get('kubernetes_network_config', None):
kubernetes_network_config = KubernetesNetworkConfig()
kubernetes_network_config.pods_cidr = options['kubernetes_network_config']['pods_cidr']
kubernetes_network_config.services_cidr = options['kubernetes_network_config']['services_cidr']
cluster_create_options.kubernetes_network_config = kubernetes_network_config
create_cluster_details.options = cluster_create_options
result = oci_ce_utils.create_and_wait(resource_type="cluster",
create_fn=container_engine_client.create_cluster,
kwargs_create={"create_cluster_details": create_cluster_details},
client=container_engine_client,
get_fn=container_engine_client.get_cluster,
get_param="cluster_id",
module=module
)
return result