# Licensed under the Apache License, Version 2.0 (the "License"); you may
# not use this file except in compliance with the License. You may obtain
# a copy of the License at
#
#      http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
# WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
# License for the specific language governing permissions and limitations
# under the License.

"""
Managing policies in the Cluster service.

For a full guide see
https://docs.openstack.org/openstacksdk/latest/user/guides/clustering.html
"""

NODE_NAME = 'Test_Node'
NODE_ID = 'dd803d4a-015d-4223-b15f-db29bad3146c'
PROFILE_ID = "b0e3a680-e270-4eb8-9361-e5c9503fba0a"


def list_nodes(conn):
    print("List Nodes:")

    for node in conn.clustering.nodes():
        print(node.to_dict())
    for node in conn.clustering.nodes(sort='asc:name'):
        print(node.to_dict())


def create_node(conn):
    print("Create Node:")

    spec = {
        'name': NODE_NAME,
        'profile_id': PROFILE_ID,
    }
    node = conn.clustering.create_node(**spec)
    print(node.to_dict())


def get_node(conn):
    print("Get Node:")

    node = conn.clustering.get_node(NODE_ID)
    print(node.to_dict())


def find_node(conn):
    print("Find Node:")

    node = conn.clustering.find_node(NODE_ID)
    print(node.to_dict())


def update_node(conn):
    print("Update Node:")

    spec = {
        'name': 'Test_Node01',
        'profile_id': 'c0e3a680-e270-4eb8-9361-e5c9503fba0b',
    }

    node = conn.clustering.update_node(NODE_ID, **spec)
    print(node.to_dict())


def delete_node(conn):
    print("Delete Node:")

    conn.clustering.delete_node(NODE_ID)
    print("Node deleted.")
    # node support force delete
    conn.clustering.delete_node(NODE_ID, False, True)
    print("Node deleted")


def check_node(conn):
    print("Check Node:")

    node = conn.clustering.check_node(NODE_ID)
    print(node)


def recover_node(conn):
    print("Recover Node:")

    spec = {'check': True}
    node = conn.clustering.recover_node(NODE_ID, **spec)
    print(node)

534b9148d079113c6e5fd40ab8adf1252d59e1d6
<mask token>


def list_nodes(conn):
    print('List Nodes:')
    for node in conn.clustering.nodes():
        print(node.to_dict())
    for node in conn.clustering.nodes(sort='asc:name'):
        print(node.to_dict())


<mask token>


def get_node(conn):
    print('Get Node:')
    node = conn.clustering.get_node(NODE_ID)
    print(node.to_dict())


def find_node(conn):
    print('Find Node:')
    node = conn.clustering.find_node(NODE_ID)
    print(node.to_dict())


def update_node(conn):
    print('Update Node:')
    spec = {'name': 'Test_Node01', 'profile_id':
        'c0e3a680-e270-4eb8-9361-e5c9503fba0b'}
    node = conn.clustering.update_node(NODE_ID, **spec)
    print(node.to_dict())


def delete_node(conn):
    print('Delete Node:')
    conn.clustering.delete_node(NODE_ID)
    print('Node deleted.')
    conn.clustering.delete_node(NODE_ID, False, True)
    print('Node deleted')


def check_node(conn):
    print('Check Node:')
    node = conn.clustering.check_node(NODE_ID)
    print(node)


<mask token>

<mask token>


def list_nodes(conn):
    print('List Nodes:')
    for node in conn.clustering.nodes():
        print(node.to_dict())
    for node in conn.clustering.nodes(sort='asc:name'):
        print(node.to_dict())


<mask token>


def get_node(conn):
    print('Get Node:')
    node = conn.clustering.get_node(NODE_ID)
    print(node.to_dict())


def find_node(conn):
    print('Find Node:')
    node = conn.clustering.find_node(NODE_ID)
    print(node.to_dict())


def update_node(conn):
    print('Update Node:')
    spec = {'name': 'Test_Node01', 'profile_id':
        'c0e3a680-e270-4eb8-9361-e5c9503fba0b'}
    node = conn.clustering.update_node(NODE_ID, **spec)
    print(node.to_dict())


def delete_node(conn):
    print('Delete Node:')
    conn.clustering.delete_node(NODE_ID)
    print('Node deleted.')
    conn.clustering.delete_node(NODE_ID, False, True)
    print('Node deleted')


def check_node(conn):
    print('Check Node:')
    node = conn.clustering.check_node(NODE_ID)
    print(node)


def recover_node(conn):
    print('Recover Node:')
    spec = {'check': True}
    node = conn.clustering.recover_node(NODE_ID, **spec)
    print(node)

<mask token>


def list_nodes(conn):
    print('List Nodes:')
    for node in conn.clustering.nodes():
        print(node.to_dict())
    for node in conn.clustering.nodes(sort='asc:name'):
        print(node.to_dict())


def create_node(conn):
    print('Create Node:')
    spec = {'name': NODE_NAME, 'profile_id': PROFILE_ID}
    node = conn.clustering.create_node(**spec)
    print(node.to_dict())


def get_node(conn):
    print('Get Node:')
    node = conn.clustering.get_node(NODE_ID)
    print(node.to_dict())


def find_node(conn):
    print('Find Node:')
    node = conn.clustering.find_node(NODE_ID)
    print(node.to_dict())


def update_node(conn):
    print('Update Node:')
    spec = {'name': 'Test_Node01', 'profile_id':
        'c0e3a680-e270-4eb8-9361-e5c9503fba0b'}
    node = conn.clustering.update_node(NODE_ID, **spec)
    print(node.to_dict())


def delete_node(conn):
    print('Delete Node:')
    conn.clustering.delete_node(NODE_ID)
    print('Node deleted.')
    conn.clustering.delete_node(NODE_ID, False, True)
    print('Node deleted')


def check_node(conn):
    print('Check Node:')
    node = conn.clustering.check_node(NODE_ID)
    print(node)


def recover_node(conn):
    print('Recover Node:')
    spec = {'check': True}
    node = conn.clustering.recover_node(NODE_ID, **spec)
    print(node)

<mask token>
NODE_NAME = 'Test_Node'
NODE_ID = 'dd803d4a-015d-4223-b15f-db29bad3146c'
PROFILE_ID = 'b0e3a680-e270-4eb8-9361-e5c9503fba0a'


def list_nodes(conn):
    print('List Nodes:')
    for node in conn.clustering.nodes():
        print(node.to_dict())
    for node in conn.clustering.nodes(sort='asc:name'):
        print(node.to_dict())


def create_node(conn):
    print('Create Node:')
    spec = {'name': NODE_NAME, 'profile_id': PROFILE_ID}
    node = conn.clustering.create_node(**spec)
    print(node.to_dict())


def get_node(conn):
    print('Get Node:')
    node = conn.clustering.get_node(NODE_ID)
    print(node.to_dict())


def find_node(conn):
    print('Find Node:')
    node = conn.clustering.find_node(NODE_ID)
    print(node.to_dict())


def update_node(conn):
    print('Update Node:')
    spec = {'name': 'Test_Node01', 'profile_id':
        'c0e3a680-e270-4eb8-9361-e5c9503fba0b'}
    node = conn.clustering.update_node(NODE_ID, **spec)
    print(node.to_dict())


def delete_node(conn):
    print('Delete Node:')
    conn.clustering.delete_node(NODE_ID)
    print('Node deleted.')
    conn.clustering.delete_node(NODE_ID, False, True)
    print('Node deleted')


def check_node(conn):
    print('Check Node:')
    node = conn.clustering.check_node(NODE_ID)
    print(node)


def recover_node(conn):
    print('Recover Node:')
    spec = {'check': True}
    node = conn.clustering.recover_node(NODE_ID, **spec)
    print(node)

# Licensed under the Apache License, Version 2.0 (the "License"); you may
# not use this file except in compliance with the License. You may obtain
# a copy of the License at
#
#      http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
# WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
# License for the specific language governing permissions and limitations
# under the License.

"""
Managing policies in the Cluster service.

For a full guide see
https://docs.openstack.org/openstacksdk/latest/user/guides/clustering.html
"""

NODE_NAME = 'Test_Node'
NODE_ID = 'dd803d4a-015d-4223-b15f-db29bad3146c'
PROFILE_ID = "b0e3a680-e270-4eb8-9361-e5c9503fba0a"


def list_nodes(conn):
    print("List Nodes:")

    for node in conn.clustering.nodes():
        print(node.to_dict())
    for node in conn.clustering.nodes(sort='asc:name'):
        print(node.to_dict())


def create_node(conn):
    print("Create Node:")

    spec = {
        'name': NODE_NAME,
        'profile_id': PROFILE_ID,
    }
    node = conn.clustering.create_node(**spec)
    print(node.to_dict())


def get_node(conn):
    print("Get Node:")

    node = conn.clustering.get_node(NODE_ID)
    print(node.to_dict())


def find_node(conn):
    print("Find Node:")

    node = conn.clustering.find_node(NODE_ID)
    print(node.to_dict())


def update_node(conn):
    print("Update Node:")

    spec = {
        'name': 'Test_Node01',
        'profile_id': 'c0e3a680-e270-4eb8-9361-e5c9503fba0b',
    }

    node = conn.clustering.update_node(NODE_ID, **spec)
    print(node.to_dict())


def delete_node(conn):
    print("Delete Node:")

    conn.clustering.delete_node(NODE_ID)
    print("Node deleted.")
    # node support force delete
    conn.clustering.delete_node(NODE_ID, False, True)
    print("Node deleted")


def check_node(conn):
    print("Check Node:")

    node = conn.clustering.check_node(NODE_ID)
    print(node)


def recover_node(conn):
    print("Recover Node:")

    spec = {'check': True}
    node = conn.clustering.recover_node(NODE_ID, **spec)
    print(node)
