# container-service-extension
# Copyright (c) 2017 VMware, Inc. All Rights Reserved.
# SPDX-License-Identifier: BSD-2-Clause

from urllib.parse import urlparse

import click
import pika
from pyvcloud.vcd.api_extension import APIExtension
from pyvcloud.vcd.client import BasicLoginCredentials
from pyvcloud.vcd.client import Client
from pyvcloud.vcd.client import FenceMode
from pyvcloud.vcd.exceptions import EntityNotFoundException
from pyvcloud.vcd.exceptions import MissingRecordException
from pyvcloud.vcd.exceptions import OperationNotSupportedException
from pyvcloud.vcd.org import Org
from pyvcloud.vcd.platform import Platform
from pyvcloud.vcd.vapp import VApp
import requests
from requests.exceptions import HTTPError
from vcd_cli.utils import stdout
from vsphere_guest_run.vsphere import VSphere
import yaml

from container_service_extension.exceptions import AmqpConnectionError
from container_service_extension.exceptions import AmqpError
from container_service_extension.logger import configure_install_logger
from container_service_extension.logger import INSTALL_LOG_FILEPATH
from container_service_extension.logger import INSTALL_LOGGER as LOGGER
from container_service_extension.logger import SERVER_DEBUG_WIRELOG_FILEPATH
from container_service_extension.logger import setup_log_file_directory
from container_service_extension.nsxt.cse_nsxt_setup_utils import \
    setup_nsxt_constructs
from container_service_extension.nsxt.dfw_manager import DFWManager
from container_service_extension.nsxt.ipset_manager import IPSetManager
from container_service_extension.nsxt.nsxt_client import NSXTClient
from container_service_extension.server_constants import \
    CSE_NATIVE_DEPLOY_RIGHT_BUNDLE_KEY, CSE_NATIVE_DEPLOY_RIGHT_CATEGORY, \
    CSE_NATIVE_DEPLOY_RIGHT_DESCRIPTION, CSE_NATIVE_DEPLOY_RIGHT_NAME, \
    CSE_PKS_DEPLOY_RIGHT_BUNDLE_KEY, CSE_PKS_DEPLOY_RIGHT_CATEGORY, \
    CSE_PKS_DEPLOY_RIGHT_DESCRIPTION, CSE_PKS_DEPLOY_RIGHT_NAME, \
    CSE_SERVICE_NAME, CSE_SERVICE_NAMESPACE  # noqa
from container_service_extension.utils import catalog_exists
from container_service_extension.utils import catalog_item_exists
from container_service_extension.utils import check_file_permissions
from container_service_extension.utils import check_keys_and_value_types
from container_service_extension.utils import create_and_share_catalog
from container_service_extension.utils import download_file
from container_service_extension.utils import EXCHANGE_TYPE
from container_service_extension.utils import get_data_file
from container_service_extension.utils import get_duplicate_items_in_list
from container_service_extension.utils import get_org
from container_service_extension.utils import get_vdc
from container_service_extension.utils import get_vsphere
from container_service_extension.utils import SYSTEM_ORG_NAME
from container_service_extension.utils import upload_ova_to_catalog
from container_service_extension.utils import vgr_callback
from container_service_extension.utils import wait_for_catalog_item_to_resolve
from container_service_extension.utils import wait_until_tools_ready

# used for creating temp vapp
TEMP_VAPP_NETWORK_ADAPTER_TYPE = "vmxnet3"
TEMP_VAPP_FENCE_MODE = FenceMode.BRIDGED.value

INSTRUCTIONS_FOR_PKS_CONFIG_FILE = "\
# Config file for PKS enabled CSE Server to be filled by administrators.\n\
# This config file has the following four sections:\n\
#   1. pks_api_servers:\n\
#       a. Each entry in the list represents a PKS api server that is part \n\
#          of the deployment.\n\
#       b. The field 'name' in each entry should be unique. The value of \n\
#          the field has no bearing on the real world PKS api server, it's \n\
#          used to tie in various segments of the config file together.\n\
#       c. The field 'vc' represents the name with which the PKS vCenter \n\
#          is registered in vCD.\n\
#   2. pks_accounts:\n\
#       a. Each entry in the list represents a PKS account that can be used \n\
#          talk to a certain PKS api server.\n\
#       b. The field 'name' in each entry should be unique. The value of \n\
#          the field has no bearing on the real world PKS accounts, it's \n\
#          used to tie in various segments of the config file together.\n\
#       c. The field 'pks_api_server' is a reference to the PKS api server \n\
#          which owns this account. It's value should be equal to value of \n\
#          the field 'name' of the corresponding PKS api server.\n\
#   3. pvdcs:\n\
#       a. Each entry in the list represents a Provider VDC in vCD that is \n\
#          backed by a cluster of the PKS managed vCenter server.\n\
#       b. The field 'name' in each entry should be the name of the \n\
#          Provider VDC as it appears in vCD.\n\
#       c. The field 'pks_api_server' is a reference to the PKS api server \n\
#          which owns this account. It's value should be equal to value of \n\
#          the field 'name' of the corresponding PKS api server.\n\
#   4. nsxt_servers:\n\
#       a. Each entry in the list represents a NSX-T server that has been \n\
#          alongside a PKS server to manage its networking. CSE needs these \n\
#          details to enforce network isolation of clusters.\n\
#       b. The field 'name' in each entry should be unique. The value of \n\
#          the field has no bearing on the real world NSX-T server, it's \n\
#          used to tie in various segments of the config file together.\n\
#       c. The field 'pks_api_server' is a reference to the PKS api server \n\
#          which owns this account. It's value should be equal to value of \n\
#          the field 'name' of the corresponding PKS api server.\n\
#       d. The field 'distributed_firewall_section_anchor_id' should be \n\
#          populated with id of a Distributed Firewall Section e.g. it can \n\
#          be the id of the section called 'Default Layer3 Section' which \n\
#          PKS creates on installation.\n\
# For more information, please refer to CSE documentation page:\n\
# https://vmware.github.io/container-service-extension/INSTALLATION.html\n"

NOTE_FOR_PKS_KEY_IN_CONFIG_FILE = "\
# Filling out this key for regular CSE set up is optional and should be left\n\
# as is. Only for CSE set up enabled for PKS container provider, this value\n\
# needs to point to a valid PKS config file name.\n"

PKS_CONFIG_NOTE = "\
# [OPTIONAL] PKS CONFIGS\n\
# These configs are required only for customers with PKS enabled CSE.\n\
# Regular CSE users, with no PKS container provider in their system, do not \n\
# need these configs to be filled out in a separate yaml file."

SAMPLE_AMQP_CONFIG = {
    'amqp': {
        'host': 'amqp.vmware.com',
        'port': 5672,
        'prefix': 'vcd',
        'username': 'guest',
        'password': '<PASSWORD>',
        'exchange': 'cse-ext',
        'routing_key': 'cse',
        'ssl': False,
        'ssl_accept_all': False,
        'vhost': '/'
    }
}

SAMPLE_VCD_CONFIG = {
    'vcd': {
        'host': 'vcd.vmware.com',
        'port': 443,
        'username': 'administrator',
        'password': '<PASSWORD>',
        'api_version': '31.0',
        'verify': True,
        'log': True
    }
}

SAMPLE_VCS_CONFIG = {
    'vcs': [
        {
            'name': 'vc1',
            'username': '<EMAIL>',
            'password': '<PASSWORD>',
            'verify': True
        },
        {
            'name': 'vc2',
            'username': '<EMAIL>',
            'password': '<PASSWORD>',
            'verify': True
        }
    ]
}

SAMPLE_SERVICE_CONFIG = {
    'service': {
        'listeners': 5,
        'enforce_authorization': False
    }
}

SAMPLE_TEMPLATE_PHOTON_V2 = {
    'name': 'photon-v2',
    'catalog_item': 'photon-custom-hw11-2.0-304b817-k8s',
    'source_ova_name': 'photon-custom-hw11-2.0-304b817.ova',
    'source_ova': 'http://dl.bintray.com/vmware/photon/2.0/GA/ova/photon-custo\
m-hw11-2.0-304b817.ova',
    'sha256_ova': 'cb51e4b6d899c3588f961e73282709a0d054bb421787e140a1d80c24d4f\
d89e1',
    'temp_vapp': 'photon2-temp',
    'cleanup': True,
    'cpu': 2,
    'mem': 2048,
    'admin_password': '<PASSWORD>',
    'description': 'PhotonOS v2\nDocker 17.06.0-9\nKubernetes 1.10.11\nweave \
2.3.0'
}

SAMPLE_TEMPLATE_UBUNTU_16_04 = {
    'name': 'ubuntu-16.04',
    'catalog_item': 'ubuntu-16.04-server-cloudimg-amd64-k8s',
    'source_ova_name': 'ubuntu-16.04-server-cloudimg-amd64.ova',
    'source_ova': 'https://cloud-images.ubuntu.com/releases/xenial/release-201\
80418/ubuntu-16.04-server-cloudimg-amd64.ova',
    'sha256_ova': '3c1bec8e2770af5b9b0462e20b7b24633666feedff43c099a6fb1330fcc\
869a9',
    'temp_vapp': 'ubuntu1604-temp',
    'cleanup': True,
    'cpu': 2,
    'mem': 2048,
    'admin_password': '<PASSWORD>',
    'description': 'Ubuntu 16.04\nDocker 18.06.2~ce\nKubernetes 1.10.11\nweave\
 2.3.0'
}

SAMPLE_BROKER_CONFIG = {
    'broker': {
        'type': 'default',
        'org': 'myorg',
        'vdc': 'myorgvdc',
        'catalog': 'cse',
        'network': 'mynetwork',
        'ip_allocation_mode': 'pool',
        'storage_profile': '*',
        'default_template': SAMPLE_TEMPLATE_PHOTON_V2['name'],
        'templates': [SAMPLE_TEMPLATE_PHOTON_V2, SAMPLE_TEMPLATE_UBUNTU_16_04],
        'cse_msg_dir': '/tmp/cse'
    }
}

PKS_CONFIG_FILE_LOCATION_SECTION_KEY = 'pks_config'
SAMPLE_PKS_CONFIG_FILE_LOCATION = {
    PKS_CONFIG_FILE_LOCATION_SECTION_KEY: None
}

PKS_SERVERS_SECTION_KEY = 'pks_api_servers'
SAMPLE_PKS_SERVERS_SECTION = {
    PKS_SERVERS_SECTION_KEY: [
        {
            'name': 'pks-api-server-1',
            'host': 'pks-api-server-1.pks.local',
            'port': '9021',
            'uaac_port': '8443',
            # 'proxy': 'proxy1.pks.local:80',
            'datacenter': 'pks-s1-dc',
            'clusters': ['pks-s1-az-1', 'pks-s1-az-2', 'pks-s1-az-3'],
            'cpi': 'cpi1',
            'vc': 'vc1',
            'verify': True
        }, {
            'name': 'pks-api-server-2',
            'host': 'pks-api-server-2.pks.local',
            'port': '9021',
            'uaac_port': '8443',
            # 'proxy': 'proxy2.pks.local:80',
            'datacenter': 'pks-s2-dc',
            'clusters': ['pks-s2-az-1', 'pks-s2-az-2', 'pks-s2-az-3'],
            'cpi': 'cpi2',
            'vc': 'vc2',
            'verify': True
        }
    ]
}

PKS_ACCOUNTS_SECTION_KEY = 'pks_accounts'
SAMPLE_PKS_ACCOUNTS_SECTION = {
    PKS_ACCOUNTS_SECTION_KEY: [
        {
            'name': 'Org1ServiceAccount1',
            'pks_api_server': 'pks-api-server-1',
            'secret': 'secret',
            'username': 'org1Admin'
        }, {
            'name': 'Org1ServiceAccount2',
            'pks_api_server': 'pks-api-server-2',
            'secret': 'secret',
            'username': 'org1Admin'
        }, {
            'name': 'Org2ServiceAccount',
            'pks_api_server': 'pks-api-server-2',
            'secret': 'secret',
            'username': 'org2Admin'
        }
    ]
}

PKS_ORGS_SECTION_KEY = 'orgs'
SAMPLE_PKS_ORGS_SECTION = {
    PKS_ORGS_SECTION_KEY: [
        {
            'name': 'Org1',
            'pks_accounts': ['Org1ServiceAccount1', 'Org1ServiceAccount2']
        }, {
            'name': 'Org2',
            'pks_accounts': ['Org2ServiceAccount']
        }
    ]
}

PKS_PVDCS_SECTION_KEY = 'pvdcs'
SAMPLE_PKS_PVDCS_SECTION = {
    PKS_PVDCS_SECTION_KEY: [
        {
            'name': 'pvdc1',
            'pks_api_server': 'pks-api-server-1',
            'cluster': 'pks-s1-az-1',
        }, {
            'name': 'pvdc2',
            'pks_api_server': 'pks-api-server-2',
            'cluster': 'pks-s2-az-1'
        }, {
            'name': 'pvdc3',
            'pks_api_server': 'pks-api-server-1',
            'cluster': 'pks-s1-az-2'
        }
    ]
}

PKS_NSXT_SERVERS_SECTION_KEY = 'nsxt_servers'
SAMPLE_PKS_NSXT_SERVERS_SECTION = {
    PKS_NSXT_SERVERS_SECTION_KEY: [
        {
            'name': 'nsxt-server-1',
            'host': 'nsxt1.domain.local',
            'username': 'admin',
            'password': '<PASSWORD>',
            'pks_api_server': 'pks-api-server-1',
            # 'proxy': 'proxy1.pks.local:80',
            'nodes_ip_block_ids': ['id1', 'id2'],
            'pods_ip_block_ids': ['id1', 'id2'],
            'distributed_firewall_section_anchor_id': 'id',
            'verify': True
        }, {
            'name': 'nsxt-server-2',
            'host': 'nsxt2.domain.local',
            'username': 'admin',
            'password': '<PASSWORD>',
            'pks_api_server': 'pks-api-server-2',
            # 'proxy': 'proxy2.pks.local:80',
            'nodes_ip_block_ids': ['id1', 'id2'],
            'pods_ip_block_ids': ['id1', 'id2'],
            'distributed_firewall_section_anchor_id': 'id',
            'verify': True
        }
    ]
}


def generate_sample_config(output=None, pks_output=None):
    """Generate sample configs for cse.

    If config file names are
    provided, configs are dumped into respective files.

    :param str output: name of the config file to dump the CSE configs.
    :param str pks_output: name of the PKS config file to dump the PKS
    configs.

    :return: sample config/ sample config files

    :rtype: dict
    """
    sample_config = yaml.safe_dump(SAMPLE_AMQP_CONFIG,
                                   default_flow_style=False) + '\n'
    sample_config += yaml.safe_dump(SAMPLE_VCD_CONFIG,
                                    default_flow_style=False) + '\n'
    sample_config += yaml.safe_dump(SAMPLE_VCS_CONFIG,
                                    default_flow_style=False) + '\n'
    sample_config += yaml.safe_dump(SAMPLE_SERVICE_CONFIG,
                                    default_flow_style=False) + '\n'
    sample_config += yaml.safe_dump(SAMPLE_BROKER_CONFIG,
                                    default_flow_style=False) + '\n'
    sample_config += NOTE_FOR_PKS_KEY_IN_CONFIG_FILE + '\n'

    if pks_output:
        pks_config_location_dict = {}
        pks_config_location_dict[PKS_CONFIG_FILE_LOCATION_SECTION_KEY] = \
            f"{pks_output}"
        sample_config += yaml.safe_dump(pks_config_location_dict,
                                        default_flow_style=False)
    else:
        sample_config += yaml.safe_dump(SAMPLE_PKS_CONFIG_FILE_LOCATION,
                                        default_flow_style=False)

    sample_pks_config = yaml.safe_dump(
        SAMPLE_PKS_SERVERS_SECTION, default_flow_style=False) + '\n'
    sample_pks_config += yaml.safe_dump(
        SAMPLE_PKS_ACCOUNTS_SECTION, default_flow_style=False) + '\n'
    # Org - PKS account mapping section will be supressed for CSE 2.0 alpha
    # sample_pks_config += yaml.safe_dump(
    #    SAMPLE_PKS_ORGS_SECTION, default_flow_style=False) + '\n'
    sample_pks_config += yaml.safe_dump(
        SAMPLE_PKS_PVDCS_SECTION, default_flow_style=False) + '\n'
    sample_pks_config += yaml.safe_dump(
        SAMPLE_PKS_NSXT_SERVERS_SECTION, default_flow_style=False)

    if output:
        with open(output, 'w') as f:
            f.write(sample_config)
    if pks_output:
        with open(pks_output, 'w') as f:
            f.write(f"{INSTRUCTIONS_FOR_PKS_CONFIG_FILE}\n{sample_pks_config}")

    return sample_config.strip() + '\n\n' + PKS_CONFIG_NOTE + '\n\n' + \
        sample_pks_config.strip()


def get_validated_config(config_file_name):
    """Get the config file as a dictionary and check for validity.

    Ensures that all properties exist and all values are the expected type.
    Checks that AMQP connection is available, and vCD/VCs are valid.
    Does not guarantee that CSE has been installed according to this
    config file.

    :param str config_file_name: path to config file.

    :return: CSE config

    :rtype: dict

    :raises KeyError: if config file has missing or extra properties.
    :raises TypeError: if the value type for a config file property
        is incorrect.
    :raises container_service_extension.exceptions.AmqpConnectionError: if
        AMQP connection failed (host, password, port, username,
        vhost is invalid).
    :raises pyvcloud.vcd.exceptions.NotAcceptableException: if 'vcd'
        'api_version' is unsupported.
    :raises requests.exceptions.ConnectionError: if 'vcd' 'host' is invalid.
    :raises pyvcloud.vcd.exceptions.VcdException: if 'vcd' 'username' or
        'password' is invalid.
    :raises pyVmomi.vim.fault.InvalidLogin: if 'vcs' 'username' or 'password'
        is invalid.
    """
    check_file_permissions(config_file_name)
    with open(config_file_name) as config_file:
        config = yaml.safe_load(config_file) or {}
    pks_config_location = config.get('pks_config')
    click.secho(f"Validating config file '{config_file_name}'", fg='yellow')
    # This allows us to compare top-level config keys and value types
    sample_config = {
        **SAMPLE_AMQP_CONFIG, **SAMPLE_VCD_CONFIG,
        **SAMPLE_VCS_CONFIG, **SAMPLE_SERVICE_CONFIG,
        **SAMPLE_BROKER_CONFIG
    }
    check_keys_and_value_types(config, sample_config, location='config file')
    validate_amqp_config(config['amqp'])
    validate_vcd_and_vcs_config(config['vcd'], config['vcs'])
    validate_broker_config(config['broker'])
    check_keys_and_value_types(config['service'],
                               SAMPLE_SERVICE_CONFIG['service'],
                               location="config file 'service' section")
    click.secho(f"Config file '{config_file_name}' is valid", fg='green')
    if isinstance(pks_config_location, str):
        check_file_permissions(pks_config_location)
        with open(pks_config_location) as f:
            pks_config = yaml.safe_load(f) or {}
        click.secho(f"Validating PKS config file '{pks_config_location}'",
                    fg='yellow')
        validate_pks_config_structure(pks_config)
        validate_pks_config_data_integrity(pks_config)
        click.secho(f"PKS Config file '{pks_config_location}' is valid",
                    fg='green')
        config['pks_config'] = pks_config
    else:
        config['pks_config'] = None

    return config


def validate_amqp_config(amqp_dict):
    """Ensure that 'amqp' section of config is correct.

    Checks that 'amqp' section of config has correct keys and value types.
    Also ensures that connection to AMQP server is valid.

    :param dict amqp_dict: 'amqp' section of config file as a dict.

    :raises KeyError: if @amqp_dict has missing or extra properties.
    :raises TypeError: if the value type for an @amqp_dict property
        is incorrect.
    :raises AmqpConnectionError: if AMQP connection failed.
    """
    check_keys_and_value_types(amqp_dict, SAMPLE_AMQP_CONFIG['amqp'],
                               location="config file 'amqp' section")
    credentials = pika.PlainCredentials(amqp_dict['username'],
                                        amqp_dict['password'])
    parameters = pika.ConnectionParameters(amqp_dict['host'],
                                           amqp_dict['port'],
                                           amqp_dict['vhost'],
                                           credentials,
                                           ssl=amqp_dict['ssl'],
                                           connection_attempts=3,
                                           retry_delay=2,
                                           socket_timeout=5)
    connection = None
    try:
        connection = pika.BlockingConnection(parameters)
        click.secho(f"Connected to AMQP server "
                    f"({amqp_dict['host']}:{amqp_dict['port']})", fg='green')
    except Exception as err:
        raise AmqpConnectionError("Amqp connection failed:", str(err))
    finally:
        if connection is not None:
            connection.close()


def validate_vcd_and_vcs_config(vcd_dict, vcs):
    """Ensure that 'vcd' and vcs' section of config are correct.

    Checks that 'vcd' and 'vcs' section of config have correct keys and value
    types. Also checks that vCD and all registered VCs in vCD are accessible.

    :param dict vcd_dict: 'vcd' section of config file as a dict.
    :param list vcs: 'vcs' section of config file as a list of dicts.

    :raises KeyError: if @vcd_dict or a vc in @vcs has missing or
        extra properties.
    :raises TypeError: if the value type for a @vcd_dict or vc property
        is incorrect.
    :raises ValueError: if vCD has a VC that is not listed in the config file.
    """
    check_keys_and_value_types(vcd_dict, SAMPLE_VCD_CONFIG['vcd'],
                               location="config file 'vcd' section")
    if not vcd_dict['verify']:
        click.secho('InsecureRequestWarning: Unverified HTTPS request is '
                    'being made. Adding certificate verification is '
                    'strongly advised.', fg='yellow', err=True)
        requests.packages.urllib3.disable_warnings()

    client = None
    try:
        # TODO() we get an error during client initialization if the specified
        # logfile points to the directory which doesn't exist. This issue
        # should be fixed in pyvcloud, where the logging setup creates
        # directories used in the log filepath if they do not exist yet.
        setup_log_file_directory()
        client = Client(vcd_dict['host'],
                        api_version=vcd_dict['api_version'],
                        verify_ssl_certs=vcd_dict['verify'],
                        log_file=SERVER_DEBUG_WIRELOG_FILEPATH,
                        log_requests=True,
                        log_headers=True,
                        log_bodies=True)
        client.set_credentials(BasicLoginCredentials(vcd_dict['username'],
                                                     SYSTEM_ORG_NAME,
                                                     vcd_dict['password']))
        click.secho(f"Connected to vCloud Director "
                    f"({vcd_dict['host']}:{vcd_dict['port']})", fg='green')

        for index, vc in enumerate(vcs, 1):
            check_keys_and_value_types(vc, SAMPLE_VCS_CONFIG['vcs'][0],
                                       location=f"config file 'vcs' section,"
                                                f" vc #{index}")

        # Check that all registered VCs in vCD are listed in config file
        platform = Platform(client)
        config_vc_names = [vc['name'] for vc in vcs]
        for platform_vc in platform.list_vcenters():
            platform_vc_name = platform_vc.get('name')
            if platform_vc_name not in config_vc_names:
                raise ValueError(f"vCenter '{platform_vc_name}' registered in "
                                 f"vCD but not found in config file")

        # Check that all VCs listed in config file are registered in vCD
        for vc in vcs:
            vcenter = platform.get_vcenter(vc['name'])
            vsphere_url = urlparse(vcenter.Url.text)
            v = VSphere(vsphere_url.hostname, vc['username'],
                        vc['password'], vsphere_url.port)
            v.connect()
            click.secho(f"Connected to vCenter Server '{vc['name']}' as "
                        f"'{vc['username']}' ({vsphere_url.hostname}:"
                        f"{vsphere_url.port})", fg='green')
    finally:
        if client is not None:
            client.logout()


def validate_broker_config(broker_dict):
    """Ensure that 'broker' section of config is correct.

    Checks that 'broker' section of config has correct keys and value
    types. Also checks that 'default_broker' property is a valid template.

    :param dict broker_dict: 'broker' section of config file as a dict.

    :raises KeyError: if @broker_dict has missing or extra properties.
    :raises TypeError: if the value type for a @broker_dict property is
        incorrect.
    :raises ValueError: if 'default_template' value is not found in listed
        'templates, or if 'ip_allocation_mode' is not 'dhcp' or 'pool'
    """
    check_keys_and_value_types(broker_dict, SAMPLE_BROKER_CONFIG['broker'],
                               location="config file 'broker' section")

    default_exists = False
    for template in broker_dict['templates']:
        check_keys_and_value_types(template, SAMPLE_TEMPLATE_PHOTON_V2,
                                   location="config file broker "
                                            "template section")
        if template['name'] == broker_dict['default_template']:
            default_exists = True
    if not default_exists:
        raise ValueError(f"Default template '{broker_dict['default_template']}"
                         f"' not found in listed templates")

    valid_ip_allocation_modes = [
        'dhcp',
        'pool'
    ]
    if broker_dict['ip_allocation_mode'] not in valid_ip_allocation_modes:
        raise ValueError(f"IP allocation mode is "
                         f"'{broker_dict['ip_allocation_mode']}' when it "
                         f"should be either 'dhcp' or 'pool'")


def validate_pks_config_structure(pks_config):
    sample_config = {
        **SAMPLE_PKS_SERVERS_SECTION, **SAMPLE_PKS_ACCOUNTS_SECTION,
        **SAMPLE_PKS_ORGS_SECTION, **SAMPLE_PKS_PVDCS_SECTION,
        **SAMPLE_PKS_NSXT_SERVERS_SECTION
    }
    check_keys_and_value_types(pks_config, sample_config,
                               location='pks config file',
                               excluded_keys=[PKS_ORGS_SECTION_KEY])

    pks_servers = pks_config[PKS_SERVERS_SECTION_KEY]
    for index, pks_server in enumerate(pks_servers, 1):
        check_keys_and_value_types(
            pks_server,
            SAMPLE_PKS_SERVERS_SECTION[PKS_SERVERS_SECTION_KEY][0],
            location=f"pks config file '{PKS_SERVERS_SECTION_KEY}' "
                     f"section, pks server #{index}",
            excluded_keys=['proxy'])
    pks_accounts = pks_config[PKS_ACCOUNTS_SECTION_KEY]
    for index, pks_account in enumerate(pks_accounts, 1):
        check_keys_and_value_types(
            pks_account,
            SAMPLE_PKS_ACCOUNTS_SECTION[PKS_ACCOUNTS_SECTION_KEY][0],
            location=f"pks config file '{PKS_ACCOUNTS_SECTION_KEY}' "
                     f"section, pks account #{index}")
    if PKS_ORGS_SECTION_KEY in pks_config.keys():
        orgs = pks_config[PKS_ORGS_SECTION_KEY]
        for index, org in enumerate(orgs, 1):
            check_keys_and_value_types(
                org,
                SAMPLE_PKS_ORGS_SECTION[PKS_ORGS_SECTION_KEY][0],
                location=f"pks config file '{PKS_ORGS_SECTION_KEY}' "
                         f"section, org #{index}")
    pvdcs = pks_config[PKS_PVDCS_SECTION_KEY]
    for index, pvdc in enumerate(pvdcs, 1):
        check_keys_and_value_types(
            pvdc,
            SAMPLE_PKS_PVDCS_SECTION[PKS_PVDCS_SECTION_KEY][0],
            location=f"pks config file '{PKS_PVDCS_SECTION_KEY}' "
                     f"section, pvdc #{index}")
    nsxt_servers = pks_config[PKS_NSXT_SERVERS_SECTION_KEY]
    for index, nsxt_server in enumerate(nsxt_servers, 1):
        check_keys_and_value_types(
            nsxt_server,
            SAMPLE_PKS_NSXT_SERVERS_SECTION[PKS_NSXT_SERVERS_SECTION_KEY][0],
            location=f"pks config file '{PKS_NSXT_SERVERS_SECTION_KEY}' "
                     f"section, nsxt server #{index}",
            excluded_keys=['proxy'])


def validate_pks_config_data_integrity(pks_config):
    all_pks_servers = \
        [entry['name'] for entry in pks_config[PKS_SERVERS_SECTION_KEY]]
    all_pks_accounts = \
        [entry['name'] for entry in pks_config[PKS_ACCOUNTS_SECTION_KEY]]

    # Check for duplicate pks api server names
    duplicate_pks_server_names = get_duplicate_items_in_list(all_pks_servers)
    if len(duplicate_pks_server_names) != 0:
        raise ValueError(
            f"Duplicate PKS api server(s) : {duplicate_pks_server_names} found"
            f" in Section : {PKS_SERVERS_SECTION_KEY}")

    # Check for duplicate pks account names
    duplicate_pks_account_names = get_duplicate_items_in_list(all_pks_accounts)
    if len(duplicate_pks_account_names) != 0:
        raise ValueError(
            f"Duplicate PKS account(s) : {duplicate_pks_account_names} found"
            f" in Section : {PKS_ACCOUNTS_SECTION_KEY}")

    # Check validity of all PKS api servers referenced in PKS accounts section
    for pks_account in pks_config[PKS_ACCOUNTS_SECTION_KEY]:
        pks_server_name = pks_account.get('pks_api_server')
        if pks_server_name not in all_pks_servers:
            raise ValueError(
                f"Unknown PKS api server : {pks_server_name} referenced by "
                f"PKS account : {pks_account.get('name')} in Section : "
                f"{PKS_ACCOUNTS_SECTION_KEY}")

    # Check validity of all PKS accounts referenced in Orgs section
    if PKS_ORGS_SECTION_KEY in pks_config.keys():
        for org in pks_config[PKS_ORGS_SECTION_KEY]:
            referenced_accounts = org.get('pks_accounts')
            if not referenced_accounts:
                continue
            for account in referenced_accounts:
                if account not in all_pks_accounts:
                    raise ValueError(f"Unknown PKS account : {account} refere"
                                     f"nced by Org : {org.get('name')} in "
                                     f"Section : {PKS_ORGS_SECTION_KEY}")

    # Check validity of all PKS api servers referenced in PVDC section
    for pvdc in pks_config[PKS_PVDCS_SECTION_KEY]:
        pks_server_name = pvdc.get('pks_api_server')
        if pks_server_name not in all_pks_servers:
            raise ValueError(f"Unknown PKS api server : {pks_server_name} "
                             f"referenced by PVDC : {pvdc.get('name')} in "
                             f"Section : {PKS_PVDCS_SECTION_KEY}")

    # Check validity of all PKS api servers referenced in NSX-T section
    for nsxt_server in pks_config[PKS_NSXT_SERVERS_SECTION_KEY]:
        pks_server_name = nsxt_server.get('pks_api_server')
        if pks_server_name not in all_pks_servers:
            raise ValueError(
                f"Unknown PKS api server : {pks_server_name} referenced by "
                f"NSX-T server : {nsxt_server.get('name')} in Section : "
                f"{PKS_NSXT_SERVERS_SECTION_KEY}")

        # Create a NSX-T client and verify connection
        nsxt_client = NSXTClient(
            host=nsxt_server.get('host'),
            username=nsxt_server.get('username'),
            password=nsxt_server.get('password'),
            http_proxy=nsxt_server.get('proxy'),
            https_proxy=nsxt_server.get('proxy'),
            verify_ssl=nsxt_server.get('verify'))
        if not nsxt_client.test_connectivity():
            raise ValueError(
                "Unable to connect to NSX-T server : "
                f"{nsxt_server.get('name')} ({nsxt_server.get('host')})")

        click.secho(f"Connected to NSX-T server ({nsxt_server.get('host')})",
                    fg='green')

        ipset_manager = IPSetManager(nsxt_client)
        if nsxt_server.get('nodes_ip_block_ids'):
            block_not_found = False
            try:
                for ip_block_id in nsxt_server.get('nodes_ip_block_ids'):
                    if not ipset_manager.get_ip_block_by_id(ip_block_id):
                        block_not_found = True
            except HTTPError:
                block_not_found = True
            if block_not_found:
                raise ValueError(
                    f"Unknown Node IP Block : {ip_block_id} referenced by "
                    f"NSX-T server : {nsxt_server.get('name')}.")
        if nsxt_server.get('pods_ip_block_ids'):
            try:
                block_not_found = False
                for ip_block_id in nsxt_server.get('pods_ip_block_ids'):
                    if not ipset_manager.get_ip_block_by_id(ip_block_id):
                        block_not_found = True
            except HTTPError:
                block_not_found = True
            if block_not_found:
                raise ValueError(
                    f"Unknown Pod IP Block : {ip_block_id} referenced by "
                    f"NSX-T server : {nsxt_server.get('name')}.")

        dfw_manager = DFWManager(nsxt_client)
        fw_section_id = \
            nsxt_server.get('distributed_firewall_section_anchor_id')
        section = dfw_manager.get_firewall_section(id=fw_section_id)
        if not section:
            raise ValueError(
                f"Unknown Firewall section : {fw_section_id} referenced by "
                f"NSX-T server : {nsxt_server.get('name')}.")


def check_cse_installation(config, check_template='*'):
    """Ensure that CSE is installed on vCD according to the config file.

    Checks if CSE is registered to vCD, if catalog exists, and if templates
    exist.

    :param dict config: config yaml file as a dictionary
    :param str check_template: which template to check for. Default value of
        '*' means to check all templates specified in @config

    :raises EntityNotFoundException: if CSE is not registered to vCD as an
        extension, or if specified catalog does not exist, or if specified
        template(s) do not exist.
    """
    click.secho(f"Validating CSE installation according to config file",
                fg='yellow')
    err_msgs = []
    client = None
    try:
        client = Client(config['vcd']['host'],
                        api_version=config['vcd']['api_version'],
                        verify_ssl_certs=config['vcd']['verify'],
                        log_file=SERVER_DEBUG_WIRELOG_FILEPATH,
                        log_requests=True,
                        log_headers=True,
                        log_bodies=True)
        credentials = BasicLoginCredentials(config['vcd']['username'],
                                            SYSTEM_ORG_NAME,
                                            config['vcd']['password'])
        client.set_credentials(credentials)

        # check that AMQP exchange exists
        amqp = config['amqp']
        credentials = pika.PlainCredentials(amqp['username'], amqp['password'])
        parameters = pika.ConnectionParameters(amqp['host'], amqp['port'],
                                               amqp['vhost'], credentials,
                                               ssl=amqp['ssl'],
                                               connection_attempts=3,
                                               retry_delay=2, socket_timeout=5)
        connection = None
        try:
            connection = pika.BlockingConnection(parameters)
            channel = connection.channel()
            try:
                channel.exchange_declare(exchange=amqp['exchange'],
                                         exchange_type=EXCHANGE_TYPE,
                                         durable=True,
                                         passive=True,
                                         auto_delete=False)
                click.secho(f"AMQP exchange '{amqp['exchange']}' exists",
                            fg='green')
            except pika.exceptions.ChannelClosed:
                msg = f"AMQP exchange '{amqp['exchange']}' does not exist"
                click.secho(msg, fg='red')
                err_msgs.append(msg)
        except Exception:  # TODO() replace raw exception with specific
            msg = f"Could not connect to AMQP exchange '{amqp['exchange']}'"
            click.secho(msg, fg='red')
            err_msgs.append(msg)
        finally:
            if connection is not None:
                connection.close()

        # check that CSE is registered to vCD correctly
        ext = APIExtension(client)
        try:
            cse_info = ext.get_extension(CSE_SERVICE_NAME,
                                         namespace=CSE_SERVICE_NAMESPACE)
            rkey_matches = cse_info['routingKey'] == amqp['routing_key']
            exchange_matches = cse_info['exchange'] == amqp['exchange']
            if not rkey_matches or not exchange_matches:
                msg = "CSE is registered as an extension, but the extension " \
                      "settings on vCD are not the same as config settings."
                if not rkey_matches:
                    msg += f"\nvCD-CSE routing key: {cse_info['routingKey']}" \
                           f"\nCSE config routing key: {amqp['routing_key']}"
                if not exchange_matches:
                    msg += f"\nvCD-CSE exchange: {cse_info['exchange']}" \
                           f"\nCSE config exchange: {amqp['exchange']}"
                click.secho(msg, fg='yellow')
                err_msgs.append(msg)
            if cse_info['enabled'] == 'true':
                click.secho("CSE on vCD is currently enabled", fg='green')
            else:
                click.secho("CSE on vCD is currently disabled", fg='yellow')
        except MissingRecordException:
            msg = "CSE is not registered to vCD"
            click.secho(msg, fg='red')
            err_msgs.append(msg)

        # check that catalog exists in vCD
        org = Org(client, resource=client.get_org())
        catalog_name = config['broker']['catalog']
        if catalog_exists(org, catalog_name):
            click.secho(f"Found catalog '{catalog_name}'", fg='green')
            # check that templates exist in vCD
            for template in config['broker']['templates']:
                if check_template != '*' \
                        and check_template != template['name']:
                    continue
                catalog_item_name = template['catalog_item']
                if catalog_item_exists(org, catalog_name, catalog_item_name):
                    click.secho(f"Found template '{catalog_item_name}' in "
                                f"catalog '{catalog_name}'", fg='green')
                else:
                    msg = f"Template '{catalog_item_name}' not found in " \
                          f"catalog '{catalog_name}'"
                    click.secho(msg, fg='red')
                    err_msgs.append(msg)
        else:
            msg = f"Catalog '{catalog_name}' not found"
            click.secho(msg, fg='red')
            err_msgs.append(msg)
    finally:
        if client is not None:
            client.logout()

    if err_msgs:
        raise EntityNotFoundException(err_msgs)

    click.secho(f"CSE installation is valid", fg='green')


def install_cse(ctx, config_file_name='config.yaml', template_name='*',
                update=False, no_capture=False, ssh_key=None):
    """Handle logistics for CSE installation.

    Handles decision making for configuring AMQP exchange/settings,
    extension registration, catalog setup, and template creation.

    :param click.core.Context ctx:
    :param str config_file_name: config file name.
    :param str template_name: which templates to create/update. A value of '*'
        means to create/update all templates specified in config file.
    :param bool update: if True and templates already exist in vCD,
        overwrites existing templates.
    :param bool no_capture: if True, temporary vApp will not be captured or
        destroyed, so the user can ssh into and debug the VM.
    :param str ssh_key: public ssh key to place into template vApp(s).

    :raises AmqpError: if AMQP exchange could not be created.
    """
    config = get_validated_config(config_file_name)
    configure_install_logger()
    msg = f"Installing CSE on vCloud Director using config file " \
          f"'{config_file_name}'"
    click.secho(msg, fg='yellow')
    LOGGER.info(msg)
    client = None
    try:
        client = Client(config['vcd']['host'],
                        api_version=config['vcd']['api_version'],
                        verify_ssl_certs=config['vcd']['verify'],
                        log_file=INSTALL_LOG_FILEPATH,
                        log_requests=True,
                        log_headers=True,
                        log_bodies=True)
        credentials = BasicLoginCredentials(config['vcd']['username'],
                                            SYSTEM_ORG_NAME,
                                            config['vcd']['password'])
        client.set_credentials(credentials)
        msg = f"Connected to vCD as system administrator: " \
              f"{config['vcd']['host']}:{config['vcd']['port']}"
        click.secho(msg, fg='green')
        LOGGER.info(msg)

        # create amqp exchange if it doesn't exist
        amqp = config['amqp']
        create_amqp_exchange(amqp['exchange'], amqp['host'], amqp['port'],
                             amqp['vhost'], amqp['ssl'], amqp['username'],
                             amqp['password'])

        # register or update cse on vCD
        register_cse(client, amqp['routing_key'], amqp['exchange'])

        # register rights to vCD
        # TODO() should also remove rights when unregistering CSE
        register_right(client, right_name=CSE_NATIVE_DEPLOY_RIGHT_NAME,
                       description=CSE_NATIVE_DEPLOY_RIGHT_DESCRIPTION,
                       category=CSE_NATIVE_DEPLOY_RIGHT_CATEGORY,
                       bundle_key=CSE_NATIVE_DEPLOY_RIGHT_BUNDLE_KEY)
        register_right(client, right_name=CSE_PKS_DEPLOY_RIGHT_NAME,
                       description=CSE_PKS_DEPLOY_RIGHT_DESCRIPTION,
                       category=CSE_PKS_DEPLOY_RIGHT_CATEGORY,
                       bundle_key=CSE_PKS_DEPLOY_RIGHT_BUNDLE_KEY)

        # set up cse catalog
        org = get_org(client, org_name=config['broker']['org'])
        create_and_share_catalog(org, config['broker']['catalog'],
                                 catalog_desc='CSE templates')
        # create, customize, capture VM templates
        for template in config['broker']['templates']:
            if template_name == '*' or template['name'] == template_name:
                create_template(ctx, client, config, template, update=update,
                                no_capture=no_capture, ssh_key=ssh_key,
                                org=org)

        # if it's a PKS setup, setup NSX-T constructs
        if config.get('pks_config'):
            nsxt_servers = config.get('pks_config')['nsxt_servers']
            for nsxt_server in nsxt_servers:
                msg = f"Configuring NSX-T server ({nsxt_server.get('name')})" \
                      " for CSE. Please check install logs for details."
                click.secho(msg, fg='green')
                LOGGER.info(msg)
                nsxt_client = NSXTClient(
                    host=nsxt_server.get('host'),
                    username=nsxt_server.get('username'),
                    password=<PASSWORD>('password'),
                    http_proxy=nsxt_server.get('proxy'),
                    https_proxy=nsxt_server.get('proxy'),
                    verify_ssl=nsxt_server.get('verify'),
                    logger_instance=LOGGER,
                    log_requests=True,
                    log_headers=True,
                    log_body=True)
                setup_nsxt_constructs(
                    nsxt_client=nsxt_client,
                    nodes_ip_block_id=nsxt_server.get('nodes_ip_block_ids'),
                    pods_ip_block_id=nsxt_server.get('pods_ip_block_ids'),
                    ncp_boundary_firewall_section_anchor_id=nsxt_server.get('distributed_firewall_section_anchor_id'))  # noqa

    except Exception:
        click.secho("CSE Installation Error. Check CSE install logs", fg='red')
        LOGGER.error("CSE Installation Error", exc_info=True)
        raise  # TODO() need installation relevant exceptions for rollback
    finally:
        if client is not None:
            client.logout()


def create_template(ctx, client, config, template_config, update=False,
                    no_capture=False, ssh_key=None, org=None, vdc=None):
    """Handle template creation phase during CSE installation.

    :param click.core.Context ctx: click context object.
    :param pyvcloud.vcd.client.Client client:
    :param dict config: CSE config.
    :param dict template_config: specific template section of @config.
    :param bool update: if True and templates already exist in vCD, overwrites
        existing templates.
    :param bool no_capture: if True, temporary vApp will not be captured or
        destroyed, so the user can ssh into the VM and debug.
    :param str ssh_key: public ssh key to place into the template vApp(s).
    :param pyvcloud.vcd.org.Org org: specific org to use. If None, uses org
        specified in @config.
    :param pyvcloud.vcd.vdc.VDC vdc: specific vdc to use. If None, uses vdc
        specified in @config.
    """
    if org is None:
        org = get_org(client, org_name=config['broker']['org'])
    if vdc is None:
        vdc = get_vdc(client, config['broker']['vdc'], org=org)
    ctx.obj = {'client': client}
    catalog_name = config['broker']['catalog']
    template_name = template_config['catalog_item']
    vapp_name = template_config['temp_vapp']
    ova_name = template_config['source_ova_name']

    if not update and catalog_item_exists(org, catalog_name, template_name):
        msg = f"Found template '{template_name}' in catalog '{catalog_name}'"
        click.secho(msg, fg='green')
        LOGGER.info(msg)
        return

    # if update flag is set, delete existing template/ova file/temp vapp
    if update:
        msg = f"--update flag set. If template, source ova file, " \
              f"and temporary vApp exist, they will be deleted"
        click.secho(msg, fg='yellow')
        LOGGER.info(msg)
        try:
            org.delete_catalog_item(catalog_name, template_name)
            wait_for_catalog_item_to_resolve(client, catalog_name,
                                             template_name, org=org)
            org.reload()
            msg = "Deleted vApp template"
            click.secho(msg, fg='green')
            LOGGER.info(msg)
        except EntityNotFoundException:
            pass
        try:
            org.delete_catalog_item(catalog_name, ova_name)
            wait_for_catalog_item_to_resolve(client, catalog_name, ova_name,
                                             org=org)
            org.reload()
            msg = "Deleted ova file"
            click.secho(msg, fg='green')
            LOGGER.info(msg)
        except EntityNotFoundException:
            pass
        try:
            task = vdc.delete_vapp(vapp_name, force=True)
            stdout(task, ctx=ctx)
            vdc.reload()
            msg = "Deleted temporary vApp"
            click.secho(msg, fg='green')
            LOGGER.info(msg)
        except EntityNotFoundException:
            pass

    # if needed, upload ova and create temp vapp
    msg = f"Creating template '{template_name}' in catalog '{catalog_name}'"
    click.secho(msg, fg='yellow')
    LOGGER.info(msg)
    temp_vapp_exists = True
    try:
        vapp = VApp(client, resource=vdc.get_vapp(vapp_name))
        msg = f"Found vApp '{vapp_name}'"
        click.secho(msg, fg='green')
        LOGGER.info(msg)
    except EntityNotFoundException:
        temp_vapp_exists = False

    if not temp_vapp_exists:
        if catalog_item_exists(org, catalog_name, ova_name):
            msg = f"Found ova file '{ova_name}' in catalog '{catalog_name}'"
            click.secho(msg, fg='green')
            LOGGER.info(msg)
        else:
            # download/upload files to catalog if necessary
            ova_filepath = f"cse_cache/{ova_name}"
            download_file(template_config['source_ova'], ova_filepath,
                          sha256=template_config['sha256_ova'], logger=LOGGER)
            upload_ova_to_catalog(client, catalog_name, ova_filepath, org=org,
                                  logger=LOGGER)

        vapp = _create_temp_vapp(ctx, client, vdc, config, template_config,
                                 ssh_key)

    if no_capture:
        msg = f"'--no-capture' flag set. " \
              f"Not capturing vApp '{vapp.name}' as a template"
        click.secho(msg, fg='yellow')
        LOGGER.info(msg)
        return

    # capture temp vapp as template
    msg = f"Creating template '{template_name}' from vApp '{vapp.name}'"
    click.secho(msg, fg='yellow')
    LOGGER.info(msg)
    capture_vapp_to_template(ctx, vapp, catalog_name, template_name,
                             org=org, desc=template_config['description'],
                             power_on=not template_config['cleanup'])
    msg = f"Created template '{template_name}' from vApp '{vapp_name}'"
    click.secho(msg, fg='green')
    LOGGER.info(msg)

    # delete temp vapp
    if template_config['cleanup']:
        msg = f"Deleting vApp '{vapp_name}'"
        click.secho(msg, fg='yellow')
        LOGGER.info(msg)
        task = vdc.delete_vapp(vapp_name, force=True)
        stdout(task, ctx=ctx)
        vdc.reload()
        msg = f"Deleted vApp '{vapp_name}'"
        click.secho(msg, fg='green')
        LOGGER.info(msg)


def _create_temp_vapp(ctx, client, vdc, config, template_config, ssh_key):
    """Handle temporary VApp creation and customization step of CSE install.

    Initializes and customizes VApp.

    :param click.core.Context ctx: click context object.
    :param pyvcloud.vcd.client.Client client:
    :param dict config: CSE config.
    :param dict template_config: specific template config section of @config.
    :param str ssh_key: ssh key to use in temporary VApp's VM. Can be None.

    :return: VApp object for temporary VApp.

    :rtype: pyvcloud.vcd.vapp.VApp

    :raises FileNotFoundError: if init/customization scripts are not found.
    :raises Exception: if VM customization fails.
    """
    vapp_name = template_config['temp_vapp']
    init_script = get_data_file(f"init-{template_config['name']}.sh",
                                logger=LOGGER)
    if ssh_key is not None:
        init_script += \
            f"""
            mkdir -p /root/.ssh
            echo '{ssh_key}' >> /root/.ssh/authorized_keys
            chmod -R go-rwx /root/.ssh
            """
    msg = f"Creating vApp '{vapp_name}'"
    click.secho(msg, fg='yellow')
    LOGGER.info(msg)
    vapp = _create_vapp_from_config(client, vdc, config, template_config,
                                    init_script)
    msg = f"Created vApp '{vapp_name}'"
    click.secho(msg, fg='green')
    LOGGER.info(msg)
    msg = f"Customizing vApp '{vapp_name}'"
    click.secho(msg, fg='yellow')
    LOGGER.info(msg)
    cust_script = get_data_file(f"cust-{template_config['name']}.sh",
                                logger=LOGGER)
    ova_name = template_config['source_ova_name']
    is_photon = True if 'photon' in ova_name else False
    _customize_vm(ctx, config, vapp, vapp.name, cust_script,
                  is_photon=is_photon)
    msg = f"Customized vApp '{vapp_name}'"
    click.secho(msg, fg='green')
    LOGGER.info(msg)

    return vapp


def _create_vapp_from_config(client, vdc, config, template_config,
                             init_script):
    """Create a VApp from a specific template config.

    This vApp is intended to be captured as a vApp template for CSE.
    Fence mode and network adapter type are fixed.

    :param pyvcloud.vcd.client.Client client:
    :param dict config: CSE config.
    :param dict template_config: specific template section of CSE config.
    :param str init_script: initialization script for VApp.

    :return: initialized VApp object.

    :rtype: pyvcloud.vcd.vapp.VApp
    """
    vapp_sparse_resource = vdc.instantiate_vapp(
        template_config['temp_vapp'],
        config['broker']['catalog'],
        template_config['source_ova_name'],
        network=config['broker']['network'],
        fence_mode=TEMP_VAPP_FENCE_MODE,
        ip_allocation_mode=config['broker']['ip_allocation_mode'],
        network_adapter_type=TEMP_VAPP_NETWORK_ADAPTER_TYPE,
        deploy=True,
        power_on=True,
        memory=template_config['mem'],
        cpu=template_config['cpu'],
        password=<PASSWORD>,
        cust_script=init_script,
        accept_all_eulas=True,
        vm_name=template_config['temp_vapp'],
        hostname=template_config['temp_vapp'],
        storage_profile=config['broker']['storage_profile'])
    task = vapp_sparse_resource.Tasks.Task[0]
    client.get_task_monitor().wait_for_success(task)
    vdc.reload()
    # we don't do lazy loading here using vapp_sparse_resource.get('href'),
    # because VApp would have an uninitialized attribute (vapp.name)
    vapp = VApp(client, resource=vapp_sparse_resource)
    vapp.reload()
    return vapp


def _customize_vm(ctx, config, vapp, vm_name, cust_script, is_photon=False):
    """Customize a VM in a VApp using the customization script @cust_script.

    :param click.core.Context ctx: click context object. Needed to pass to
        stdout.
    :param dict config: CSE config.
    :param pyvcloud.vcd.vapp.VApp vapp:
    :param str vm_name:
    :param str cust_script: the customization script to run on
    :param bool is_photon: True if the vapp was instantiated from
        a 'photon' ova file, False otherwise (False is safe even if
        the vapp is photon-based).

    :raises Exception: if unable to execute the customization script in
        VSphere.
    """
    callback = vgr_callback(prepend_msg='Waiting for guest tools, status: "')
    if not is_photon:
        vs = get_vsphere(config, vapp, vm_name, logger=LOGGER)
        wait_until_tools_ready(vapp, vs, callback=callback)

        vapp.reload()
        task = vapp.shutdown()
        stdout(task, ctx=ctx)
        vapp.reload()
        task = vapp.power_on()
        stdout(task, ctx=ctx)
        vapp.reload()

    vs = get_vsphere(config, vapp, vm_name, logger=LOGGER)
    wait_until_tools_ready(vapp, vs, callback=callback)
    password_auto = vapp.get_admin_password(vm_name)

    try:
        result = vs.execute_script_in_guest(
            vs.get_vm_by_moid(vapp.get_vm_moid(vm_name)),
            'root',
            password_auto,
            cust_script,
            target_file=None,
            wait_for_completion=True,
            wait_time=10,
            get_output=True,
            delete_script=True,
            callback=vgr_callback())
    except Exception as err:
        # TODO() replace raw exception with specific exception
        # unsure all errors execute_script_in_guest can result in
        # Docker TLS handshake timeout can occur when internet is slow
        click.secho("Failed VM customization. Check CSE install log", fg='red')
        LOGGER.error(f"Failed VM customization with error: {err}",
                     exc_info=True)
        raise

    if len(result) > 0:
        msg = f'Result: {result}'
        click.echo(msg)
        LOGGER.debug(msg)
        result_stdout = result[1].content.decode()
        result_stderr = result[2].content.decode()
        msg = 'stderr:'
        click.echo(msg)
        LOGGER.debug(msg)
        if len(result_stderr) > 0:
            click.echo(result_stderr)
            LOGGER.debug(result_stderr)
        msg = 'stdout:'
        click.echo(msg)
        LOGGER.debug(msg)
        if len(result_stdout) > 0:
            click.echo(result_stdout)
            LOGGER.debug(result_stdout)
    if len(result) == 0 or result[0] != 0:
        msg = "Failed VM customization"
        click.secho(f"{msg}. Check CSE install log", fg='red')
        LOGGER.error(msg, exc_info=True)
        # TODO() replace raw exception with specific exception
        raise Exception(msg)


def capture_vapp_to_template(ctx, vapp, catalog_name, catalog_item_name,
                             desc='', power_on=False, org=None, org_name=None):
    """Shutdown and capture existing VApp as a template in @catalog.

    VApp should have tools ready, or shutdown will fail, and VApp will be
    unavailable to be captured.

    :param click.core.Context ctx: click context object needed for stdout.
    :param pyvcloud.vcd.vapp.VApp vapp:
    :param str catalog_name:
    :param str catalog_item_name: catalog item name for the template.
    :param str desc: template description.
    :param bool power_on: if True, turns on VApp after capturing.
    :param pyvcloud.vcd.org.Org org: specific org to use.
    :param str org_name: specific org to use if @org is not given.
        If None, uses currently logged-in org from @vapp (vapp.client).

    :raises EntityNotFoundException: if the org could not be found.
    """
    if org is None:
        org = get_org(vapp.client, org_name=org_name)
    catalog = org.get_catalog(catalog_name)
    try:
        task = vapp.shutdown()
        stdout(task, ctx=ctx)
        vapp.reload()
    except OperationNotSupportedException:
        pass

    task = org.capture_vapp(catalog, vapp.href, catalog_item_name, desc,
                            customize_on_instantiate=True, overwrite=True)
    stdout(task, ctx=ctx)
    org.reload()

    if power_on:
        task = vapp.power_on()
        stdout(task, ctx=ctx)
        vapp.reload()


def create_amqp_exchange(exchange_name, host, port, vhost, use_ssl,
                         username, password):
    """Create the specified AMQP exchange if it does not exist.

    If specified AMQP exchange exists already, does nothing.

    :param str exchange_name: The AMQP exchange name to check for or create.
    :param str host: AMQP host name.
    :param str password: AMQP password.
    :param int port: AMQP port number.
    :param bool use_ssl: Enable ssl.
    :param str username: AMQP username.
    :param str vhost: AMQP vhost.

    :raises AmqpError: if AMQP exchange could not be created.
    """
    msg = f"Checking for AMQP exchange '{exchange_name}'"
    click.secho(msg, fg='yellow')
    LOGGER.info(msg)
    credentials = pika.PlainCredentials(username, password)
    parameters = pika.ConnectionParameters(host, port, vhost, credentials,
                                           ssl=use_ssl, connection_attempts=3,
                                           retry_delay=2, socket_timeout=5)
    connection = None
    try:
        connection = pika.BlockingConnection(parameters)
        channel = connection.channel()
        channel.exchange_declare(exchange=exchange_name,
                                 exchange_type=EXCHANGE_TYPE,
                                 durable=True, auto_delete=False)
    except Exception as err:
        msg = f"Cannot create AMQP exchange '{exchange_name}'"
        click.secho(msg, fg='red')
        LOGGER.error(msg, exc_info=True)
        raise AmqpError(msg, str(err))
    finally:
        if connection is not None:
            connection.close()
    msg = f"AMQP exchange '{exchange_name}' is ready"
    click.secho(msg, fg='green')
    LOGGER.info(msg)


def register_cse(client, routing_key, exchange):
    """Register or update CSE on vCD.

    :param pyvcloud.vcd.client.Client client:
    :param pyvcloud.vcd.client.Client client:
    :param str routing_key:
    :param str exchange:
    """
    ext = APIExtension(client)
    patterns = [
        f'/api/{CSE_SERVICE_NAME}',
        f'/api/{CSE_SERVICE_NAME}/.*',
        f'/api/{CSE_SERVICE_NAME}/.*/.*'
    ]

    cse_info = None
    try:
        cse_info = ext.get_extension_info(CSE_SERVICE_NAME,
                                          namespace=CSE_SERVICE_NAMESPACE)
    except MissingRecordException:
        pass

    if cse_info is None:
        ext.add_extension(CSE_SERVICE_NAME, CSE_SERVICE_NAMESPACE, routing_key,
                          exchange, patterns)
        msg = f"Registered {CSE_SERVICE_NAME} as an API extension in vCD"
    else:
        ext.update_extension(CSE_SERVICE_NAME, namespace=CSE_SERVICE_NAMESPACE,
                             routing_key=routing_key, exchange=exchange)
        msg = f"Updated {CSE_SERVICE_NAME} API Extension in vCD"

    click.secho(msg, fg='green')
    LOGGER.info(msg)


def register_right(client, right_name, description, category, bundle_key):
    """Register a right for CSE.

    :param pyvcloud.vcd.client.Client client:
    :param str right_name: the name of the new right to be registered.
    :param str description: brief description about the new right.
    :param str category: add the right in existing categories in
        vCD Roles and Rights or specify a new category name.
    :param str bundle_key: is used to identify the right name and change
        its value to different languages using localization bundle.

    :raises BadRequestException: if a right with given name already
        exists in vCD.
    """
    ext = APIExtension(client)
    # Since the client is a sys admin, org will hold a reference to System org
    system_org = Org(client, resource=client.get_org())
    try:
        right_name_in_vcd = f"{{{CSE_SERVICE_NAME}}}:{right_name}"
        # TODO(): When org.get_right_record() is moved outside the org scope in
        # pyvcloud, update the code below to adhere to the new method names.
        system_org.get_right_record(right_name_in_vcd)
        msg = f"Right: {right_name} already exists in vCD"
        click.secho(msg, fg='green')
        LOGGER.info(msg)
        # Presence of the right in vCD is not guarantee that the right will be
        # assigned to system org.
        rights_in_system = system_org.list_rights_of_org()
        for dikt in rights_in_system:
            # TODO(): When localization support comes in, this check should be
            # ditched for a better one.
            if dikt['name'] == right_name_in_vcd:
                msg = f"Right: {right_name} already assigned to System " \
                    f"organization."
                click.secho(msg, fg='green')
                LOGGER.info(msg)
                return
        # Since the right is not assigned to system org, we need to add it.
        msg = f"Assigning Right: {right_name} to System organization."
        click.secho(msg, fg='green')
        LOGGER.info(msg)
        system_org.add_rights([right_name_in_vcd])
    except EntityNotFoundException:
        # Registering a right via api extension end point auto assigns it to
        # System org.
        msg = f"Registering Right: {right_name} in vCD"
        click.secho(msg, fg='green')
        LOGGER.info(msg)
        ext.add_service_right(
            right_name, CSE_SERVICE_NAME, CSE_SERVICE_NAMESPACE, description,
            category, bundle_key)

# container-service-extension
# Copyright (c) 2017 VMware, Inc. All Rights Reserved.
# SPDX-License-Identifier: BSD-2-Clause

from urllib.parse import urlparse

import click
import pika
from pyvcloud.vcd.api_extension import APIExtension
from pyvcloud.vcd.client import BasicLoginCredentials
from pyvcloud.vcd.client import Client
from pyvcloud.vcd.client import FenceMode
from pyvcloud.vcd.exceptions import EntityNotFoundException
from pyvcloud.vcd.exceptions import MissingRecordException
from pyvcloud.vcd.exceptions import OperationNotSupportedException
from pyvcloud.vcd.org import Org
from pyvcloud.vcd.platform import Platform
from pyvcloud.vcd.vapp import VApp
import requests
from requests.exceptions import HTTPError
from vcd_cli.utils import stdout
from vsphere_guest_run.vsphere import VSphere
import yaml

from container_service_extension.exceptions import AmqpConnectionError
from container_service_extension.exceptions import AmqpError
from container_service_extension.logger import configure_install_logger
from container_service_extension.logger import INSTALL_LOG_FILEPATH
from container_service_extension.logger import INSTALL_LOGGER as LOGGER
from container_service_extension.logger import SERVER_DEBUG_WIRELOG_FILEPATH
from container_service_extension.logger import setup_log_file_directory
from container_service_extension.nsxt.cse_nsxt_setup_utils import \
    setup_nsxt_constructs
from container_service_extension.nsxt.dfw_manager import DFWManager
from container_service_extension.nsxt.ipset_manager import IPSetManager
from container_service_extension.nsxt.nsxt_client import NSXTClient
from container_service_extension.server_constants import \
    CSE_NATIVE_DEPLOY_RIGHT_BUNDLE_KEY, CSE_NATIVE_DEPLOY_RIGHT_CATEGORY, \
    CSE_NATIVE_DEPLOY_RIGHT_DESCRIPTION, CSE_NATIVE_DEPLOY_RIGHT_NAME, \
    CSE_PKS_DEPLOY_RIGHT_BUNDLE_KEY, CSE_PKS_DEPLOY_RIGHT_CATEGORY, \
    CSE_PKS_DEPLOY_RIGHT_DESCRIPTION, CSE_PKS_DEPLOY_RIGHT_NAME, \
    CSE_SERVICE_NAME, CSE_SERVICE_NAMESPACE  # noqa
from container_service_extension.utils import catalog_exists
from container_service_extension.utils import catalog_item_exists
from container_service_extension.utils import check_file_permissions
from container_service_extension.utils import check_keys_and_value_types
from container_service_extension.utils import create_and_share_catalog
from container_service_extension.utils import download_file
from container_service_extension.utils import EXCHANGE_TYPE
from container_service_extension.utils import get_data_file
from container_service_extension.utils import get_duplicate_items_in_list
from container_service_extension.utils import get_org
from container_service_extension.utils import get_vdc
from container_service_extension.utils import get_vsphere
from container_service_extension.utils import SYSTEM_ORG_NAME
from container_service_extension.utils import upload_ova_to_catalog
from container_service_extension.utils import vgr_callback
from container_service_extension.utils import wait_for_catalog_item_to_resolve
from container_service_extension.utils import wait_until_tools_ready

# used for creating temp vapp
TEMP_VAPP_NETWORK_ADAPTER_TYPE = "vmxnet3"
TEMP_VAPP_FENCE_MODE = FenceMode.BRIDGED.value

INSTRUCTIONS_FOR_PKS_CONFIG_FILE = "\
# Config file for PKS enabled CSE Server to be filled by administrators.\n\
# This config file has the following four sections:\n\
#   1. pks_api_servers:\n\
#       a. Each entry in the list represents a PKS api server that is part \n\
#          of the deployment.\n\
#       b. The field 'name' in each entry should be unique. The value of \n\
#          the field has no bearing on the real world PKS api server, it's \n\
#          used to tie in various segments of the config file together.\n\
#       c. The field 'vc' represents the name with which the PKS vCenter \n\
#          is registered in vCD.\n\
#   2. pks_accounts:\n\
#       a. Each entry in the list represents a PKS account that can be used \n\
#          talk to a certain PKS api server.\n\
#       b. The field 'name' in each entry should be unique. The value of \n\
#          the field has no bearing on the real world PKS accounts, it's \n\
#          used to tie in various segments of the config file together.\n\
#       c. The field 'pks_api_server' is a reference to the PKS api server \n\
#          which owns this account. It's value should be equal to value of \n\
#          the field 'name' of the corresponding PKS api server.\n\
#   3. pvdcs:\n\
#       a. Each entry in the list represents a Provider VDC in vCD that is \n\
#          backed by a cluster of the PKS managed vCenter server.\n\
#       b. The field 'name' in each entry should be the name of the \n\
#          Provider VDC as it appears in vCD.\n\
#       c. The field 'pks_api_server' is a reference to the PKS api server \n\
#          which owns this account. It's value should be equal to value of \n\
#          the field 'name' of the corresponding PKS api server.\n\
#   4. nsxt_servers:\n\
#       a. Each entry in the list represents a NSX-T server that has been \n\
#          alongside a PKS server to manage its networking. CSE needs these \n\
#          details to enforce network isolation of clusters.\n\
#       b. The field 'name' in each entry should be unique. The value of \n\
#          the field has no bearing on the real world NSX-T server, it's \n\
#          used to tie in various segments of the config file together.\n\
#       c. The field 'pks_api_server' is a reference to the PKS api server \n\
#          which owns this account. It's value should be equal to value of \n\
#          the field 'name' of the corresponding PKS api server.\n\
#       d. The field 'distributed_firewall_section_anchor_id' should be \n\
#          populated with id of a Distributed Firewall Section e.g. it can \n\
#          be the id of the section called 'Default Layer3 Section' which \n\
#          PKS creates on installation.\n\
# For more information, please refer to CSE documentation page:\n\
# https://vmware.github.io/container-service-extension/INSTALLATION.html\n"

NOTE_FOR_PKS_KEY_IN_CONFIG_FILE = "\
# Filling out this key for regular CSE set up is optional and should be left\n\
# as is. Only for CSE set up enabled for PKS container provider, this value\n\
# needs to point to a valid PKS config file name.\n"

PKS_CONFIG_NOTE = "\
# [OPTIONAL] PKS CONFIGS\n\
# These configs are required only for customers with PKS enabled CSE.\n\
# Regular CSE users, with no PKS container provider in their system, do not \n\
# need these configs to be filled out in a separate yaml file."

SAMPLE_AMQP_CONFIG = {
    'amqp': {
        'host': 'amqp.vmware.com',
        'port': 5672,
        'prefix': 'vcd',
        'username': 'guest',
        'password': '<PASSWORD>',
        'exchange': 'cse-ext',
        'routing_key': 'cse',
        'ssl': False,
        'ssl_accept_all': False,
        'vhost': '/'
    }
}

SAMPLE_VCD_CONFIG = {
    'vcd': {
        'host': 'vcd.vmware.com',
        'port': 443,
        'username': 'administrator',
        'password': '<PASSWORD>',
        'api_version': '31.0',
        'verify': True,
        'log': True
    }
}

SAMPLE_VCS_CONFIG = {
    'vcs': [
        {
            'name': 'vc1',
            'username': '<EMAIL>',
            'password': '<PASSWORD>',
            'verify': True
        },
        {
            'name': 'vc2',
            'username': '<EMAIL>',
            'password': '<PASSWORD>',
            'verify': True
        }
    ]
}

SAMPLE_SERVICE_CONFIG = {
    'service': {
        'listeners': 5,
        'enforce_authorization': False
    }
}

SAMPLE_TEMPLATE_PHOTON_V2 = {
    'name': 'photon-v2',
    'catalog_item': 'photon-custom-hw11-2.0-304b817-k8s',
    'source_ova_name': 'photon-custom-hw11-2.0-304b817.ova',
    'source_ova': 'http://dl.bintray.com/vmware/photon/2.0/GA/ova/photon-custo\
m-hw11-2.0-304b817.ova',
    'sha256_ova': 'cb51e4b6d899c3588f961e73282709a0d054bb421787e140a1d80c24d4f\
d89e1',
    'temp_vapp': 'photon2-temp',
    'cleanup': True,
    'cpu': 2,
    'mem': 2048,
    'admin_password': '<PASSWORD>',
    'description': 'PhotonOS v2\nDocker 17.06.0-9\nKubernetes 1.10.11\nweave \
2.3.0'
}

SAMPLE_TEMPLATE_UBUNTU_16_04 = {
    'name': 'ubuntu-16.04',
    'catalog_item': 'ubuntu-16.04-server-cloudimg-amd64-k8s',
    'source_ova_name': 'ubuntu-16.04-server-cloudimg-amd64.ova',
    'source_ova': 'https://cloud-images.ubuntu.com/releases/xenial/release-201\
80418/ubuntu-16.04-server-cloudimg-amd64.ova',
    'sha256_ova': '3c1bec8e2770af5b9b0462e20b7b24633666feedff43c099a6fb1330fcc\
869a9',
    'temp_vapp': 'ubuntu1604-temp',
    'cleanup': True,
    'cpu': 2,
    'mem': 2048,
    'admin_password': '<PASSWORD>',
    'description': 'Ubuntu 16.04\nDocker 18.06.2~ce\nKubernetes 1.10.11\nweave\
 2.3.0'
}

SAMPLE_BROKER_CONFIG = {
    'broker': {
        'type': 'default',
        'org': 'myorg',
        'vdc': 'myorgvdc',
        'catalog': 'cse',
        'network': 'mynetwork',
        'ip_allocation_mode': 'pool',
        'storage_profile': '*',
        'default_template': SAMPLE_TEMPLATE_PHOTON_V2['name'],
        'templates': [SAMPLE_TEMPLATE_PHOTON_V2, SAMPLE_TEMPLATE_UBUNTU_16_04],
        'cse_msg_dir': '/tmp/cse'
    }
}

PKS_CONFIG_FILE_LOCATION_SECTION_KEY = 'pks_config'
SAMPLE_PKS_CONFIG_FILE_LOCATION = {
    PKS_CONFIG_FILE_LOCATION_SECTION_KEY: None
}

PKS_SERVERS_SECTION_KEY = 'pks_api_servers'
SAMPLE_PKS_SERVERS_SECTION = {
    PKS_SERVERS_SECTION_KEY: [
        {
            'name': 'pks-api-server-1',
            'host': 'pks-api-server-1.pks.local',
            'port': '9021',
            'uaac_port': '8443',
            # 'proxy': 'proxy1.pks.local:80',
            'datacenter': 'pks-s1-dc',
            'clusters': ['pks-s1-az-1', 'pks-s1-az-2', 'pks-s1-az-3'],
            'cpi': 'cpi1',
            'vc': 'vc1',
            'verify': True
        }, {
            'name': 'pks-api-server-2',
            'host': 'pks-api-server-2.pks.local',
            'port': '9021',
            'uaac_port': '8443',
            # 'proxy': 'proxy2.pks.local:80',
            'datacenter': 'pks-s2-dc',
            'clusters': ['pks-s2-az-1', 'pks-s2-az-2', 'pks-s2-az-3'],
            'cpi': 'cpi2',
            'vc': 'vc2',
            'verify': True
        }
    ]
}

PKS_ACCOUNTS_SECTION_KEY = 'pks_accounts'
SAMPLE_PKS_ACCOUNTS_SECTION = {
    PKS_ACCOUNTS_SECTION_KEY: [
        {
            'name': 'Org1ServiceAccount1',
            'pks_api_server': 'pks-api-server-1',
            'secret': 'secret',
            'username': 'org1Admin'
        }, {
            'name': 'Org1ServiceAccount2',
            'pks_api_server': 'pks-api-server-2',
            'secret': 'secret',
            'username': 'org1Admin'
        }, {
            'name': 'Org2ServiceAccount',
            'pks_api_server': 'pks-api-server-2',
            'secret': 'secret',
            'username': 'org2Admin'
        }
    ]
}

PKS_ORGS_SECTION_KEY = 'orgs'
SAMPLE_PKS_ORGS_SECTION = {
    PKS_ORGS_SECTION_KEY: [
        {
            'name': 'Org1',
            'pks_accounts': ['Org1ServiceAccount1', 'Org1ServiceAccount2']
        }, {
            'name': 'Org2',
            'pks_accounts': ['Org2ServiceAccount']
        }
    ]
}

PKS_PVDCS_SECTION_KEY = 'pvdcs'
SAMPLE_PKS_PVDCS_SECTION = {
    PKS_PVDCS_SECTION_KEY: [
        {
            'name': 'pvdc1',
            'pks_api_server': 'pks-api-server-1',
            'cluster': 'pks-s1-az-1',
        }, {
            'name': 'pvdc2',
            'pks_api_server': 'pks-api-server-2',
            'cluster': 'pks-s2-az-1'
        }, {
            'name': 'pvdc3',
            'pks_api_server': 'pks-api-server-1',
            'cluster': 'pks-s1-az-2'
        }
    ]
}

PKS_NSXT_SERVERS_SECTION_KEY = 'nsxt_servers'
SAMPLE_PKS_NSXT_SERVERS_SECTION = {
    PKS_NSXT_SERVERS_SECTION_KEY: [
        {
            'name': 'nsxt-server-1',
            'host': 'nsxt1.domain.local',
            'username': 'admin',
            'password': '<PASSWORD>',
            'pks_api_server': 'pks-api-server-1',
            # 'proxy': 'proxy1.pks.local:80',
            'nodes_ip_block_ids': ['id1', 'id2'],
            'pods_ip_block_ids': ['id1', 'id2'],
            'distributed_firewall_section_anchor_id': 'id',
            'verify': True
        }, {
            'name': 'nsxt-server-2',
            'host': 'nsxt2.domain.local',
            'username': 'admin',
            'password': '<PASSWORD>',
            'pks_api_server': 'pks-api-server-2',
            # 'proxy': 'proxy2.pks.local:80',
            'nodes_ip_block_ids': ['id1', 'id2'],
            'pods_ip_block_ids': ['id1', 'id2'],
            'distributed_firewall_section_anchor_id': 'id',
            'verify': True
        }
    ]
}


def generate_sample_config(output=None, pks_output=None):
    """Generate sample configs for cse.

    If config file names are
    provided, configs are dumped into respective files.

    :param str output: name of the config file to dump the CSE configs.
    :param str pks_output: name of the PKS config file to dump the PKS
    configs.

    :return: sample config/ sample config files

    :rtype: dict
    """
    sample_config = yaml.safe_dump(SAMPLE_AMQP_CONFIG,
                                   default_flow_style=False) + '\n'
    sample_config += yaml.safe_dump(SAMPLE_VCD_CONFIG,
                                    default_flow_style=False) + '\n'
    sample_config += yaml.safe_dump(SAMPLE_VCS_CONFIG,
                                    default_flow_style=False) + '\n'
    sample_config += yaml.safe_dump(SAMPLE_SERVICE_CONFIG,
                                    default_flow_style=False) + '\n'
    sample_config += yaml.safe_dump(SAMPLE_BROKER_CONFIG,
                                    default_flow_style=False) + '\n'
    sample_config += NOTE_FOR_PKS_KEY_IN_CONFIG_FILE + '\n'

    if pks_output:
        pks_config_location_dict = {}
        pks_config_location_dict[PKS_CONFIG_FILE_LOCATION_SECTION_KEY] = \
            f"{pks_output}"
        sample_config += yaml.safe_dump(pks_config_location_dict,
                                        default_flow_style=False)
    else:
        sample_config += yaml.safe_dump(SAMPLE_PKS_CONFIG_FILE_LOCATION,
                                        default_flow_style=False)

    sample_pks_config = yaml.safe_dump(
        SAMPLE_PKS_SERVERS_SECTION, default_flow_style=False) + '\n'
    sample_pks_config += yaml.safe_dump(
        SAMPLE_PKS_ACCOUNTS_SECTION, default_flow_style=False) + '\n'
    # Org - PKS account mapping section will be supressed for CSE 2.0 alpha
    # sample_pks_config += yaml.safe_dump(
    #    SAMPLE_PKS_ORGS_SECTION, default_flow_style=False) + '\n'
    sample_pks_config += yaml.safe_dump(
        SAMPLE_PKS_PVDCS_SECTION, default_flow_style=False) + '\n'
    sample_pks_config += yaml.safe_dump(
        SAMPLE_PKS_NSXT_SERVERS_SECTION, default_flow_style=False)

    if output:
        with open(output, 'w') as f:
            f.write(sample_config)
    if pks_output:
        with open(pks_output, 'w') as f:
            f.write(f"{INSTRUCTIONS_FOR_PKS_CONFIG_FILE}\n{sample_pks_config}")

    return sample_config.strip() + '\n\n' + PKS_CONFIG_NOTE + '\n\n' + \
        sample_pks_config.strip()


def get_validated_config(config_file_name):
    """Get the config file as a dictionary and check for validity.

    Ensures that all properties exist and all values are the expected type.
    Checks that AMQP connection is available, and vCD/VCs are valid.
    Does not guarantee that CSE has been installed according to this
    config file.

    :param str config_file_name: path to config file.

    :return: CSE config

    :rtype: dict

    :raises KeyError: if config file has missing or extra properties.
    :raises TypeError: if the value type for a config file property
        is incorrect.
    :raises container_service_extension.exceptions.AmqpConnectionError: if
        AMQP connection failed (host, password, port, username,
        vhost is invalid).
    :raises pyvcloud.vcd.exceptions.NotAcceptableException: if 'vcd'
        'api_version' is unsupported.
    :raises requests.exceptions.ConnectionError: if 'vcd' 'host' is invalid.
    :raises pyvcloud.vcd.exceptions.VcdException: if 'vcd' 'username' or
        'password' is invalid.
    :raises pyVmomi.vim.fault.InvalidLogin: if 'vcs' 'username' or 'password'
        is invalid.
    """
    check_file_permissions(config_file_name)
    with open(config_file_name) as config_file:
        config = yaml.safe_load(config_file) or {}
    pks_config_location = config.get('pks_config')
    click.secho(f"Validating config file '{config_file_name}'", fg='yellow')
    # This allows us to compare top-level config keys and value types
    sample_config = {
        **SAMPLE_AMQP_CONFIG, **SAMPLE_VCD_CONFIG,
        **SAMPLE_VCS_CONFIG, **SAMPLE_SERVICE_CONFIG,
        **SAMPLE_BROKER_CONFIG
    }
    check_keys_and_value_types(config, sample_config, location='config file')
    validate_amqp_config(config['amqp'])
    validate_vcd_and_vcs_config(config['vcd'], config['vcs'])
    validate_broker_config(config['broker'])
    check_keys_and_value_types(config['service'],
                               SAMPLE_SERVICE_CONFIG['service'],
                               location="config file 'service' section")
    click.secho(f"Config file '{config_file_name}' is valid", fg='green')
    if isinstance(pks_config_location, str):
        check_file_permissions(pks_config_location)
        with open(pks_config_location) as f:
            pks_config = yaml.safe_load(f) or {}
        click.secho(f"Validating PKS config file '{pks_config_location}'",
                    fg='yellow')
        validate_pks_config_structure(pks_config)
        validate_pks_config_data_integrity(pks_config)
        click.secho(f"PKS Config file '{pks_config_location}' is valid",
                    fg='green')
        config['pks_config'] = pks_config
    else:
        config['pks_config'] = None

    return config


def validate_amqp_config(amqp_dict):
    """Ensure that 'amqp' section of config is correct.

    Checks that 'amqp' section of config has correct keys and value types.
    Also ensures that connection to AMQP server is valid.

    :param dict amqp_dict: 'amqp' section of config file as a dict.

    :raises KeyError: if @amqp_dict has missing or extra properties.
    :raises TypeError: if the value type for an @amqp_dict property
        is incorrect.
    :raises AmqpConnectionError: if AMQP connection failed.
    """
    check_keys_and_value_types(amqp_dict, SAMPLE_AMQP_CONFIG['amqp'],
                               location="config file 'amqp' section")
    credentials = pika.PlainCredentials(amqp_dict['username'],
                                        amqp_dict['password'])
    parameters = pika.ConnectionParameters(amqp_dict['host'],
                                           amqp_dict['port'],
                                           amqp_dict['vhost'],
                                           credentials,
                                           ssl=amqp_dict['ssl'],
                                           connection_attempts=3,
                                           retry_delay=2,
                                           socket_timeout=5)
    connection = None
    try:
        connection = pika.BlockingConnection(parameters)
        click.secho(f"Connected to AMQP server "
                    f"({amqp_dict['host']}:{amqp_dict['port']})", fg='green')
    except Exception as err:
        raise AmqpConnectionError("Amqp connection failed:", str(err))
    finally:
        if connection is not None:
            connection.close()


def validate_vcd_and_vcs_config(vcd_dict, vcs):
    """Ensure that 'vcd' and vcs' section of config are correct.

    Checks that 'vcd' and 'vcs' section of config have correct keys and value
    types. Also checks that vCD and all registered VCs in vCD are accessible.

    :param dict vcd_dict: 'vcd' section of config file as a dict.
    :param list vcs: 'vcs' section of config file as a list of dicts.

    :raises KeyError: if @vcd_dict or a vc in @vcs has missing or
        extra properties.
    :raises TypeError: if the value type for a @vcd_dict or vc property
        is incorrect.
    :raises ValueError: if vCD has a VC that is not listed in the config file.
    """
    check_keys_and_value_types(vcd_dict, SAMPLE_VCD_CONFIG['vcd'],
                               location="config file 'vcd' section")
    if not vcd_dict['verify']:
        click.secho('InsecureRequestWarning: Unverified HTTPS request is '
                    'being made. Adding certificate verification is '
                    'strongly advised.', fg='yellow', err=True)
        requests.packages.urllib3.disable_warnings()

    client = None
    try:
        # TODO() we get an error during client initialization if the specified
        # logfile points to the directory which doesn't exist. This issue
        # should be fixed in pyvcloud, where the logging setup creates
        # directories used in the log filepath if they do not exist yet.
        setup_log_file_directory()
        client = Client(vcd_dict['host'],
                        api_version=vcd_dict['api_version'],
                        verify_ssl_certs=vcd_dict['verify'],
                        log_file=SERVER_DEBUG_WIRELOG_FILEPATH,
                        log_requests=True,
                        log_headers=True,
                        log_bodies=True)
        client.set_credentials(BasicLoginCredentials(vcd_dict['username'],
                                                     SYSTEM_ORG_NAME,
                                                     vcd_dict['password']))
        click.secho(f"Connected to vCloud Director "
                    f"({vcd_dict['host']}:{vcd_dict['port']})", fg='green')

        for index, vc in enumerate(vcs, 1):
            check_keys_and_value_types(vc, SAMPLE_VCS_CONFIG['vcs'][0],
                                       location=f"config file 'vcs' section,"
                                                f" vc #{index}")

        # Check that all registered VCs in vCD are listed in config file
        platform = Platform(client)
        config_vc_names = [vc['name'] for vc in vcs]
        for platform_vc in platform.list_vcenters():
            platform_vc_name = platform_vc.get('name')
            if platform_vc_name not in config_vc_names:
                raise ValueError(f"vCenter '{platform_vc_name}' registered in "
                                 f"vCD but not found in config file")

        # Check that all VCs listed in config file are registered in vCD
        for vc in vcs:
            vcenter = platform.get_vcenter(vc['name'])
            vsphere_url = urlparse(vcenter.Url.text)
            v = VSphere(vsphere_url.hostname, vc['username'],
                        vc['password'], vsphere_url.port)
            v.connect()
            click.secho(f"Connected to vCenter Server '{vc['name']}' as "
                        f"'{vc['username']}' ({vsphere_url.hostname}:"
                        f"{vsphere_url.port})", fg='green')
    finally:
        if client is not None:
            client.logout()


def validate_broker_config(broker_dict):
    """Ensure that 'broker' section of config is correct.

    Checks that 'broker' section of config has correct keys and value
    types. Also checks that 'default_broker' property is a valid template.

    :param dict broker_dict: 'broker' section of config file as a dict.

    :raises KeyError: if @broker_dict has missing or extra properties.
    :raises TypeError: if the value type for a @broker_dict property is
        incorrect.
    :raises ValueError: if 'default_template' value is not found in listed
        'templates, or if 'ip_allocation_mode' is not 'dhcp' or 'pool'
    """
    check_keys_and_value_types(broker_dict, SAMPLE_BROKER_CONFIG['broker'],
                               location="config file 'broker' section")

    default_exists = False
    for template in broker_dict['templates']:
        check_keys_and_value_types(template, SAMPLE_TEMPLATE_PHOTON_V2,
                                   location="config file broker "
                                            "template section")
        if template['name'] == broker_dict['default_template']:
            default_exists = True
    if not default_exists:
        raise ValueError(f"Default template '{broker_dict['default_template']}"
                         f"' not found in listed templates")

    valid_ip_allocation_modes = [
        'dhcp',
        'pool'
    ]
    if broker_dict['ip_allocation_mode'] not in valid_ip_allocation_modes:
        raise ValueError(f"IP allocation mode is "
                         f"'{broker_dict['ip_allocation_mode']}' when it "
                         f"should be either 'dhcp' or 'pool'")


def validate_pks_config_structure(pks_config):
    sample_config = {
        **SAMPLE_PKS_SERVERS_SECTION, **SAMPLE_PKS_ACCOUNTS_SECTION,
        **SAMPLE_PKS_ORGS_SECTION, **SAMPLE_PKS_PVDCS_SECTION,
        **SAMPLE_PKS_NSXT_SERVERS_SECTION
    }
    check_keys_and_value_types(pks_config, sample_config,
                               location='pks config file',
                               excluded_keys=[PKS_ORGS_SECTION_KEY])

    pks_servers = pks_config[PKS_SERVERS_SECTION_KEY]
    for index, pks_server in enumerate(pks_servers, 1):
        check_keys_and_value_types(
            pks_server,
            SAMPLE_PKS_SERVERS_SECTION[PKS_SERVERS_SECTION_KEY][0],
            location=f"pks config file '{PKS_SERVERS_SECTION_KEY}' "
                     f"section, pks server #{index}",
            excluded_keys=['proxy'])
    pks_accounts = pks_config[PKS_ACCOUNTS_SECTION_KEY]
    for index, pks_account in enumerate(pks_accounts, 1):
        check_keys_and_value_types(
            pks_account,
            SAMPLE_PKS_ACCOUNTS_SECTION[PKS_ACCOUNTS_SECTION_KEY][0],
            location=f"pks config file '{PKS_ACCOUNTS_SECTION_KEY}' "
                     f"section, pks account #{index}")
    if PKS_ORGS_SECTION_KEY in pks_config.keys():
        orgs = pks_config[PKS_ORGS_SECTION_KEY]
        for index, org in enumerate(orgs, 1):
            check_keys_and_value_types(
                org,
                SAMPLE_PKS_ORGS_SECTION[PKS_ORGS_SECTION_KEY][0],
                location=f"pks config file '{PKS_ORGS_SECTION_KEY}' "
                         f"section, org #{index}")
    pvdcs = pks_config[PKS_PVDCS_SECTION_KEY]
    for index, pvdc in enumerate(pvdcs, 1):
        check_keys_and_value_types(
            pvdc,
            SAMPLE_PKS_PVDCS_SECTION[PKS_PVDCS_SECTION_KEY][0],
            location=f"pks config file '{PKS_PVDCS_SECTION_KEY}' "
                     f"section, pvdc #{index}")
    nsxt_servers = pks_config[PKS_NSXT_SERVERS_SECTION_KEY]
    for index, nsxt_server in enumerate(nsxt_servers, 1):
        check_keys_and_value_types(
            nsxt_server,
            SAMPLE_PKS_NSXT_SERVERS_SECTION[PKS_NSXT_SERVERS_SECTION_KEY][0],
            location=f"pks config file '{PKS_NSXT_SERVERS_SECTION_KEY}' "
                     f"section, nsxt server #{index}",
            excluded_keys=['proxy'])


def validate_pks_config_data_integrity(pks_config):
    all_pks_servers = \
        [entry['name'] for entry in pks_config[PKS_SERVERS_SECTION_KEY]]
    all_pks_accounts = \
        [entry['name'] for entry in pks_config[PKS_ACCOUNTS_SECTION_KEY]]

    # Check for duplicate pks api server names
    duplicate_pks_server_names = get_duplicate_items_in_list(all_pks_servers)
    if len(duplicate_pks_server_names) != 0:
        raise ValueError(
            f"Duplicate PKS api server(s) : {duplicate_pks_server_names} found"
            f" in Section : {PKS_SERVERS_SECTION_KEY}")

    # Check for duplicate pks account names
    duplicate_pks_account_names = get_duplicate_items_in_list(all_pks_accounts)
    if len(duplicate_pks_account_names) != 0:
        raise ValueError(
            f"Duplicate PKS account(s) : {duplicate_pks_account_names} found"
            f" in Section : {PKS_ACCOUNTS_SECTION_KEY}")

    # Check validity of all PKS api servers referenced in PKS accounts section
    for pks_account in pks_config[PKS_ACCOUNTS_SECTION_KEY]:
        pks_server_name = pks_account.get('pks_api_server')
        if pks_server_name not in all_pks_servers:
            raise ValueError(
                f"Unknown PKS api server : {pks_server_name} referenced by "
                f"PKS account : {pks_account.get('name')} in Section : "
                f"{PKS_ACCOUNTS_SECTION_KEY}")

    # Check validity of all PKS accounts referenced in Orgs section
    if PKS_ORGS_SECTION_KEY in pks_config.keys():
        for org in pks_config[PKS_ORGS_SECTION_KEY]:
            referenced_accounts = org.get('pks_accounts')
            if not referenced_accounts:
                continue
            for account in referenced_accounts:
                if account not in all_pks_accounts:
                    raise ValueError(f"Unknown PKS account : {account} refere"
                                     f"nced by Org : {org.get('name')} in "
                                     f"Section : {PKS_ORGS_SECTION_KEY}")

    # Check validity of all PKS api servers referenced in PVDC section
    for pvdc in pks_config[PKS_PVDCS_SECTION_KEY]:
        pks_server_name = pvdc.get('pks_api_server')
        if pks_server_name not in all_pks_servers:
            raise ValueError(f"Unknown PKS api server : {pks_server_name} "
                             f"referenced by PVDC : {pvdc.get('name')} in "
                             f"Section : {PKS_PVDCS_SECTION_KEY}")

    # Check validity of all PKS api servers referenced in NSX-T section
    for nsxt_server in pks_config[PKS_NSXT_SERVERS_SECTION_KEY]:
        pks_server_name = nsxt_server.get('pks_api_server')
        if pks_server_name not in all_pks_servers:
            raise ValueError(
                f"Unknown PKS api server : {pks_server_name} referenced by "
                f"NSX-T server : {nsxt_server.get('name')} in Section : "
                f"{PKS_NSXT_SERVERS_SECTION_KEY}")

        # Create a NSX-T client and verify connection
        nsxt_client = NSXTClient(
            host=nsxt_server.get('host'),
            username=nsxt_server.get('username'),
            password=nsxt_server.get('password'),
            http_proxy=nsxt_server.get('proxy'),
            https_proxy=nsxt_server.get('proxy'),
            verify_ssl=nsxt_server.get('verify'))
        if not nsxt_client.test_connectivity():
            raise ValueError(
                "Unable to connect to NSX-T server : "
                f"{nsxt_server.get('name')} ({nsxt_server.get('host')})")

        click.secho(f"Connected to NSX-T server ({nsxt_server.get('host')})",
                    fg='green')

        ipset_manager = IPSetManager(nsxt_client)
        if nsxt_server.get('nodes_ip_block_ids'):
            block_not_found = False
            try:
                for ip_block_id in nsxt_server.get('nodes_ip_block_ids'):
                    if not ipset_manager.get_ip_block_by_id(ip_block_id):
                        block_not_found = True
            except HTTPError:
                block_not_found = True
            if block_not_found:
                raise ValueError(
                    f"Unknown Node IP Block : {ip_block_id} referenced by "
                    f"NSX-T server : {nsxt_server.get('name')}.")
        if nsxt_server.get('pods_ip_block_ids'):
            try:
                block_not_found = False
                for ip_block_id in nsxt_server.get('pods_ip_block_ids'):
                    if not ipset_manager.get_ip_block_by_id(ip_block_id):
                        block_not_found = True
            except HTTPError:
                block_not_found = True
            if block_not_found:
                raise ValueError(
                    f"Unknown Pod IP Block : {ip_block_id} referenced by "
                    f"NSX-T server : {nsxt_server.get('name')}.")

        dfw_manager = DFWManager(nsxt_client)
        fw_section_id = \
            nsxt_server.get('distributed_firewall_section_anchor_id')
        section = dfw_manager.get_firewall_section(id=fw_section_id)
        if not section:
            raise ValueError(
                f"Unknown Firewall section : {fw_section_id} referenced by "
                f"NSX-T server : {nsxt_server.get('name')}.")


def check_cse_installation(config, check_template='*'):
    """Ensure that CSE is installed on vCD according to the config file.

    Checks if CSE is registered to vCD, if catalog exists, and if templates
    exist.

    :param dict config: config yaml file as a dictionary
    :param str check_template: which template to check for. Default value of
        '*' means to check all templates specified in @config

    :raises EntityNotFoundException: if CSE is not registered to vCD as an
        extension, or if specified catalog does not exist, or if specified
        template(s) do not exist.
    """
    click.secho(f"Validating CSE installation according to config file",
                fg='yellow')
    err_msgs = []
    client = None
    try:
        client = Client(config['vcd']['host'],
                        api_version=config['vcd']['api_version'],
                        verify_ssl_certs=config['vcd']['verify'],
                        log_file=SERVER_DEBUG_WIRELOG_FILEPATH,
                        log_requests=True,
                        log_headers=True,
                        log_bodies=True)
        credentials = BasicLoginCredentials(config['vcd']['username'],
                                            SYSTEM_ORG_NAME,
                                            config['vcd']['password'])
        client.set_credentials(credentials)

        # check that AMQP exchange exists
        amqp = config['amqp']
        credentials = pika.PlainCredentials(amqp['username'], amqp['password'])
        parameters = pika.ConnectionParameters(amqp['host'], amqp['port'],
                                               amqp['vhost'], credentials,
                                               ssl=amqp['ssl'],
                                               connection_attempts=3,
                                               retry_delay=2, socket_timeout=5)
        connection = None
        try:
            connection = pika.BlockingConnection(parameters)
            channel = connection.channel()
            try:
                channel.exchange_declare(exchange=amqp['exchange'],
                                         exchange_type=EXCHANGE_TYPE,
                                         durable=True,
                                         passive=True,
                                         auto_delete=False)
                click.secho(f"AMQP exchange '{amqp['exchange']}' exists",
                            fg='green')
            except pika.exceptions.ChannelClosed:
                msg = f"AMQP exchange '{amqp['exchange']}' does not exist"
                click.secho(msg, fg='red')
                err_msgs.append(msg)
        except Exception:  # TODO() replace raw exception with specific
            msg = f"Could not connect to AMQP exchange '{amqp['exchange']}'"
            click.secho(msg, fg='red')
            err_msgs.append(msg)
        finally:
            if connection is not None:
                connection.close()

        # check that CSE is registered to vCD correctly
        ext = APIExtension(client)
        try:
            cse_info = ext.get_extension(CSE_SERVICE_NAME,
                                         namespace=CSE_SERVICE_NAMESPACE)
            rkey_matches = cse_info['routingKey'] == amqp['routing_key']
            exchange_matches = cse_info['exchange'] == amqp['exchange']
            if not rkey_matches or not exchange_matches:
                msg = "CSE is registered as an extension, but the extension " \
                      "settings on vCD are not the same as config settings."
                if not rkey_matches:
                    msg += f"\nvCD-CSE routing key: {cse_info['routingKey']}" \
                           f"\nCSE config routing key: {amqp['routing_key']}"
                if not exchange_matches:
                    msg += f"\nvCD-CSE exchange: {cse_info['exchange']}" \
                           f"\nCSE config exchange: {amqp['exchange']}"
                click.secho(msg, fg='yellow')
                err_msgs.append(msg)
            if cse_info['enabled'] == 'true':
                click.secho("CSE on vCD is currently enabled", fg='green')
            else:
                click.secho("CSE on vCD is currently disabled", fg='yellow')
        except MissingRecordException:
            msg = "CSE is not registered to vCD"
            click.secho(msg, fg='red')
            err_msgs.append(msg)

        # check that catalog exists in vCD
        org = Org(client, resource=client.get_org())
        catalog_name = config['broker']['catalog']
        if catalog_exists(org, catalog_name):
            click.secho(f"Found catalog '{catalog_name}'", fg='green')
            # check that templates exist in vCD
            for template in config['broker']['templates']:
                if check_template != '*' \
                        and check_template != template['name']:
                    continue
                catalog_item_name = template['catalog_item']
                if catalog_item_exists(org, catalog_name, catalog_item_name):
                    click.secho(f"Found template '{catalog_item_name}' in "
                                f"catalog '{catalog_name}'", fg='green')
                else:
                    msg = f"Template '{catalog_item_name}' not found in " \
                          f"catalog '{catalog_name}'"
                    click.secho(msg, fg='red')
                    err_msgs.append(msg)
        else:
            msg = f"Catalog '{catalog_name}' not found"
            click.secho(msg, fg='red')
            err_msgs.append(msg)
    finally:
        if client is not None:
            client.logout()

    if err_msgs:
        raise EntityNotFoundException(err_msgs)

    click.secho(f"CSE installation is valid", fg='green')


def install_cse(ctx, config_file_name='config.yaml', template_name='*',
                update=False, no_capture=False, ssh_key=None):
    """Handle logistics for CSE installation.

    Handles decision making for configuring AMQP exchange/settings,
    extension registration, catalog setup, and template creation.

    :param click.core.Context ctx:
    :param str config_file_name: config file name.
    :param str template_name: which templates to create/update. A value of '*'
        means to create/update all templates specified in config file.
    :param bool update: if True and templates already exist in vCD,
        overwrites existing templates.
    :param bool no_capture: if True, temporary vApp will not be captured or
        destroyed, so the user can ssh into and debug the VM.
    :param str ssh_key: public ssh key to place into template vApp(s).

    :raises AmqpError: if AMQP exchange could not be created.
    """
    config = get_validated_config(config_file_name)
    configure_install_logger()
    msg = f"Installing CSE on vCloud Director using config file " \
          f"'{config_file_name}'"
    click.secho(msg, fg='yellow')
    LOGGER.info(msg)
    client = None
    try:
        client = Client(config['vcd']['host'],
                        api_version=config['vcd']['api_version'],
                        verify_ssl_certs=config['vcd']['verify'],
                        log_file=INSTALL_LOG_FILEPATH,
                        log_requests=True,
                        log_headers=True,
                        log_bodies=True)
        credentials = BasicLoginCredentials(config['vcd']['username'],
                                            SYSTEM_ORG_NAME,
                                            config['vcd']['password'])
        client.set_credentials(credentials)
        msg = f"Connected to vCD as system administrator: " \
              f"{config['vcd']['host']}:{config['vcd']['port']}"
        click.secho(msg, fg='green')
        LOGGER.info(msg)

        # create amqp exchange if it doesn't exist
        amqp = config['amqp']
        create_amqp_exchange(amqp['exchange'], amqp['host'], amqp['port'],
                             amqp['vhost'], amqp['ssl'], amqp['username'],
                             amqp['password'])

        # register or update cse on vCD
        register_cse(client, amqp['routing_key'], amqp['exchange'])

        # register rights to vCD
        # TODO() should also remove rights when unregistering CSE
        register_right(client, right_name=CSE_NATIVE_DEPLOY_RIGHT_NAME,
                       description=CSE_NATIVE_DEPLOY_RIGHT_DESCRIPTION,
                       category=CSE_NATIVE_DEPLOY_RIGHT_CATEGORY,
                       bundle_key=CSE_NATIVE_DEPLOY_RIGHT_BUNDLE_KEY)
        register_right(client, right_name=CSE_PKS_DEPLOY_RIGHT_NAME,
                       description=CSE_PKS_DEPLOY_RIGHT_DESCRIPTION,
                       category=CSE_PKS_DEPLOY_RIGHT_CATEGORY,
                       bundle_key=CSE_PKS_DEPLOY_RIGHT_BUNDLE_KEY)

        # set up cse catalog
        org = get_org(client, org_name=config['broker']['org'])
        create_and_share_catalog(org, config['broker']['catalog'],
                                 catalog_desc='CSE templates')
        # create, customize, capture VM templates
        for template in config['broker']['templates']:
            if template_name == '*' or template['name'] == template_name:
                create_template(ctx, client, config, template, update=update,
                                no_capture=no_capture, ssh_key=ssh_key,
                                org=org)

        # if it's a PKS setup, setup NSX-T constructs
        if config.get('pks_config'):
            nsxt_servers = config.get('pks_config')['nsxt_servers']
            for nsxt_server in nsxt_servers:
                msg = f"Configuring NSX-T server ({nsxt_server.get('name')})" \
                      " for CSE. Please check install logs for details."
                click.secho(msg, fg='green')
                LOGGER.info(msg)
                nsxt_client = NSXTClient(
                    host=nsxt_server.get('host'),
                    username=nsxt_server.get('username'),
                    password=<PASSWORD>('password'),
                    http_proxy=nsxt_server.get('proxy'),
                    https_proxy=nsxt_server.get('proxy'),
                    verify_ssl=nsxt_server.get('verify'),
                    logger_instance=LOGGER,
                    log_requests=True,
                    log_headers=True,
                    log_body=True)
                setup_nsxt_constructs(
                    nsxt_client=nsxt_client,
                    nodes_ip_block_id=nsxt_server.get('nodes_ip_block_ids'),
                    pods_ip_block_id=nsxt_server.get('pods_ip_block_ids'),
                    ncp_boundary_firewall_section_anchor_id=nsxt_server.get('distributed_firewall_section_anchor_id'))  # noqa

    except Exception:
        click.secho("CSE Installation Error. Check CSE install logs", fg='red')
        LOGGER.error("CSE Installation Error", exc_info=True)
        raise  # TODO() need installation relevant exceptions for rollback
    finally:
        if client is not None:
            client.logout()


def create_template(ctx, client, config, template_config, update=False,
                    no_capture=False, ssh_key=None, org=None, vdc=None):
    """Handle template creation phase during CSE installation.

    :param click.core.Context ctx: click context object.
    :param pyvcloud.vcd.client.Client client:
    :param dict config: CSE config.
    :param dict template_config: specific template section of @config.
    :param bool update: if True and templates already exist in vCD, overwrites
        existing templates.
    :param bool no_capture: if True, temporary vApp will not be captured or
        destroyed, so the user can ssh into the VM and debug.
    :param str ssh_key: public ssh key to place into the template vApp(s).
    :param pyvcloud.vcd.org.Org org: specific org to use. If None, uses org
        specified in @config.
    :param pyvcloud.vcd.vdc.VDC vdc: specific vdc to use. If None, uses vdc
        specified in @config.
    """
    if org is None:
        org = get_org(client, org_name=config['broker']['org'])
    if vdc is None:
        vdc = get_vdc(client, config['broker']['vdc'], org=org)
    ctx.obj = {'client': client}
    catalog_name = config['broker']['catalog']
    template_name = template_config['catalog_item']
    vapp_name = template_config['temp_vapp']
    ova_name = template_config['source_ova_name']

    if not update and catalog_item_exists(org, catalog_name, template_name):
        msg = f"Found template '{template_name}' in catalog '{catalog_name}'"
        click.secho(msg, fg='green')
        LOGGER.info(msg)
        return

    # if update flag is set, delete existing template/ova file/temp vapp
    if update:
        msg = f"--update flag set. If template, source ova file, " \
              f"and temporary vApp exist, they will be deleted"
        click.secho(msg, fg='yellow')
        LOGGER.info(msg)
        try:
            org.delete_catalog_item(catalog_name, template_name)
            wait_for_catalog_item_to_resolve(client, catalog_name,
                                             template_name, org=org)
            org.reload()
            msg = "Deleted vApp template"
            click.secho(msg, fg='green')
            LOGGER.info(msg)
        except EntityNotFoundException:
            pass
        try:
            org.delete_catalog_item(catalog_name, ova_name)
            wait_for_catalog_item_to_resolve(client, catalog_name, ova_name,
                                             org=org)
            org.reload()
            msg = "Deleted ova file"
            click.secho(msg, fg='green')
            LOGGER.info(msg)
        except EntityNotFoundException:
            pass
        try:
            task = vdc.delete_vapp(vapp_name, force=True)
            stdout(task, ctx=ctx)
            vdc.reload()
            msg = "Deleted temporary vApp"
            click.secho(msg, fg='green')
            LOGGER.info(msg)
        except EntityNotFoundException:
            pass

    # if needed, upload ova and create temp vapp
    msg = f"Creating template '{template_name}' in catalog '{catalog_name}'"
    click.secho(msg, fg='yellow')
    LOGGER.info(msg)
    temp_vapp_exists = True
    try:
        vapp = VApp(client, resource=vdc.get_vapp(vapp_name))
        msg = f"Found vApp '{vapp_name}'"
        click.secho(msg, fg='green')
        LOGGER.info(msg)
    except EntityNotFoundException:
        temp_vapp_exists = False

    if not temp_vapp_exists:
        if catalog_item_exists(org, catalog_name, ova_name):
            msg = f"Found ova file '{ova_name}' in catalog '{catalog_name}'"
            click.secho(msg, fg='green')
            LOGGER.info(msg)
        else:
            # download/upload files to catalog if necessary
            ova_filepath = f"cse_cache/{ova_name}"
            download_file(template_config['source_ova'], ova_filepath,
                          sha256=template_config['sha256_ova'], logger=LOGGER)
            upload_ova_to_catalog(client, catalog_name, ova_filepath, org=org,
                                  logger=LOGGER)

        vapp = _create_temp_vapp(ctx, client, vdc, config, template_config,
                                 ssh_key)

    if no_capture:
        msg = f"'--no-capture' flag set. " \
              f"Not capturing vApp '{vapp.name}' as a template"
        click.secho(msg, fg='yellow')
        LOGGER.info(msg)
        return

    # capture temp vapp as template
    msg = f"Creating template '{template_name}' from vApp '{vapp.name}'"
    click.secho(msg, fg='yellow')
    LOGGER.info(msg)
    capture_vapp_to_template(ctx, vapp, catalog_name, template_name,
                             org=org, desc=template_config['description'],
                             power_on=not template_config['cleanup'])
    msg = f"Created template '{template_name}' from vApp '{vapp_name}'"
    click.secho(msg, fg='green')
    LOGGER.info(msg)

    # delete temp vapp
    if template_config['cleanup']:
        msg = f"Deleting vApp '{vapp_name}'"
        click.secho(msg, fg='yellow')
        LOGGER.info(msg)
        task = vdc.delete_vapp(vapp_name, force=True)
        stdout(task, ctx=ctx)
        vdc.reload()
        msg = f"Deleted vApp '{vapp_name}'"
        click.secho(msg, fg='green')
        LOGGER.info(msg)


def _create_temp_vapp(ctx, client, vdc, config, template_config, ssh_key):
    """Handle temporary VApp creation and customization step of CSE install.

    Initializes and customizes VApp.

    :param click.core.Context ctx: click context object.
    :param pyvcloud.vcd.client.Client client:
    :param dict config: CSE config.
    :param dict template_config: specific template config section of @config.
    :param str ssh_key: ssh key to use in temporary VApp's VM. Can be None.

    :return: VApp object for temporary VApp.

    :rtype: pyvcloud.vcd.vapp.VApp

    :raises FileNotFoundError: if init/customization scripts are not found.
    :raises Exception: if VM customization fails.
    """
    vapp_name = template_config['temp_vapp']
    init_script = get_data_file(f"init-{template_config['name']}.sh",
                                logger=LOGGER)
    if ssh_key is not None:
        init_script += \
            f"""
            mkdir -p /root/.ssh
            echo '{ssh_key}' >> /root/.ssh/authorized_keys
            chmod -R go-rwx /root/.ssh
            """
    msg = f"Creating vApp '{vapp_name}'"
    click.secho(msg, fg='yellow')
    LOGGER.info(msg)
    vapp = _create_vapp_from_config(client, vdc, config, template_config,
                                    init_script)
    msg = f"Created vApp '{vapp_name}'"
    click.secho(msg, fg='green')
    LOGGER.info(msg)
    msg = f"Customizing vApp '{vapp_name}'"
    click.secho(msg, fg='yellow')
    LOGGER.info(msg)
    cust_script = get_data_file(f"cust-{template_config['name']}.sh",
                                logger=LOGGER)
    ova_name = template_config['source_ova_name']
    is_photon = True if 'photon' in ova_name else False
    _customize_vm(ctx, config, vapp, vapp.name, cust_script,
                  is_photon=is_photon)
    msg = f"Customized vApp '{vapp_name}'"
    click.secho(msg, fg='green')
    LOGGER.info(msg)

    return vapp


def _create_vapp_from_config(client, vdc, config, template_config,
                             init_script):
    """Create a VApp from a specific template config.

    This vApp is intended to be captured as a vApp template for CSE.
    Fence mode and network adapter type are fixed.

    :param pyvcloud.vcd.client.Client client:
    :param dict config: CSE config.
    :param dict template_config: specific template section of CSE config.
    :param str init_script: initialization script for VApp.

    :return: initialized VApp object.

    :rtype: pyvcloud.vcd.vapp.VApp
    """
    vapp_sparse_resource = vdc.instantiate_vapp(
        template_config['temp_vapp'],
        config['broker']['catalog'],
        template_config['source_ova_name'],
        network=config['broker']['network'],
        fence_mode=TEMP_VAPP_FENCE_MODE,
        ip_allocation_mode=config['broker']['ip_allocation_mode'],
        network_adapter_type=TEMP_VAPP_NETWORK_ADAPTER_TYPE,
        deploy=True,
        power_on=True,
        memory=template_config['mem'],
        cpu=template_config['cpu'],
        password=<PASSWORD>,
        cust_script=init_script,
        accept_all_eulas=True,
        vm_name=template_config['temp_vapp'],
        hostname=template_config['temp_vapp'],
        storage_profile=config['broker']['storage_profile'])
    task = vapp_sparse_resource.Tasks.Task[0]
    client.get_task_monitor().wait_for_success(task)
    vdc.reload()
    # we don't do lazy loading here using vapp_sparse_resource.get('href'),
    # because VApp would have an uninitialized attribute (vapp.name)
    vapp = VApp(client, resource=vapp_sparse_resource)
    vapp.reload()
    return vapp


def _customize_vm(ctx, config, vapp, vm_name, cust_script, is_photon=False):
    """Customize a VM in a VApp using the customization script @cust_script.

    :param click.core.Context ctx: click context object. Needed to pass to
        stdout.
    :param dict config: CSE config.
    :param pyvcloud.vcd.vapp.VApp vapp:
    :param str vm_name:
    :param str cust_script: the customization script to run on
    :param bool is_photon: True if the vapp was instantiated from
        a 'photon' ova file, False otherwise (False is safe even if
        the vapp is photon-based).

    :raises Exception: if unable to execute the customization script in
        VSphere.
    """
    callback = vgr_callback(prepend_msg='Waiting for guest tools, status: "')
    if not is_photon:
        vs = get_vsphere(config, vapp, vm_name, logger=LOGGER)
        wait_until_tools_ready(vapp, vs, callback=callback)

        vapp.reload()
        task = vapp.shutdown()
        stdout(task, ctx=ctx)
        vapp.reload()
        task = vapp.power_on()
        stdout(task, ctx=ctx)
        vapp.reload()

    vs = get_vsphere(config, vapp, vm_name, logger=LOGGER)
    wait_until_tools_ready(vapp, vs, callback=callback)
    password_auto = vapp.get_admin_password(vm_name)

    try:
        result = vs.execute_script_in_guest(
            vs.get_vm_by_moid(vapp.get_vm_moid(vm_name)),
            'root',
            password_auto,
            cust_script,
            target_file=None,
            wait_for_completion=True,
            wait_time=10,
            get_output=True,
            delete_script=True,
            callback=vgr_callback())
    except Exception as err:
        # TODO() replace raw exception with specific exception
        # unsure all errors execute_script_in_guest can result in
        # Docker TLS handshake timeout can occur when internet is slow
        click.secho("Failed VM customization. Check CSE install log", fg='red')
        LOGGER.error(f"Failed VM customization with error: {err}",
                     exc_info=True)
        raise

    if len(result) > 0:
        msg = f'Result: {result}'
        click.echo(msg)
        LOGGER.debug(msg)
        result_stdout = result[1].content.decode()
        result_stderr = result[2].content.decode()
        msg = 'stderr:'
        click.echo(msg)
        LOGGER.debug(msg)
        if len(result_stderr) > 0:
            click.echo(result_stderr)
            LOGGER.debug(result_stderr)
        msg = 'stdout:'
        click.echo(msg)
        LOGGER.debug(msg)
        if len(result_stdout) > 0:
            click.echo(result_stdout)
            LOGGER.debug(result_stdout)
    if len(result) == 0 or result[0] != 0:
        msg = "Failed VM customization"
        click.secho(f"{msg}. Check CSE install log", fg='red')
        LOGGER.error(msg, exc_info=True)
        # TODO() replace raw exception with specific exception
        raise Exception(msg)


def capture_vapp_to_template(ctx, vapp, catalog_name, catalog_item_name,
                             desc='', power_on=False, org=None, org_name=None):
    """Shutdown and capture existing VApp as a template in @catalog.

    VApp should have tools ready, or shutdown will fail, and VApp will be
    unavailable to be captured.

    :param click.core.Context ctx: click context object needed for stdout.
    :param pyvcloud.vcd.vapp.VApp vapp:
    :param str catalog_name:
    :param str catalog_item_name: catalog item name for the template.
    :param str desc: template description.
    :param bool power_on: if True, turns on VApp after capturing.
    :param pyvcloud.vcd.org.Org org: specific org to use.
    :param str org_name: specific org to use if @org is not given.
        If None, uses currently logged-in org from @vapp (vapp.client).

    :raises EntityNotFoundException: if the org could not be found.
    """
    if org is None:
        org = get_org(vapp.client, org_name=org_name)
    catalog = org.get_catalog(catalog_name)
    try:
        task = vapp.shutdown()
        stdout(task, ctx=ctx)
        vapp.reload()
    except OperationNotSupportedException:
        pass

    task = org.capture_vapp(catalog, vapp.href, catalog_item_name, desc,
                            customize_on_instantiate=True, overwrite=True)
    stdout(task, ctx=ctx)
    org.reload()

    if power_on:
        task = vapp.power_on()
        stdout(task, ctx=ctx)
        vapp.reload()


def create_amqp_exchange(exchange_name, host, port, vhost, use_ssl,
                         username, password):
    """Create the specified AMQP exchange if it does not exist.

    If specified AMQP exchange exists already, does nothing.

    :param str exchange_name: The AMQP exchange name to check for or create.
    :param str host: AMQP host name.
    :param str password: AMQP password.
    :param int port: AMQP port number.
    :param bool use_ssl: Enable ssl.
    :param str username: AMQP username.
    :param str vhost: AMQP vhost.

    :raises AmqpError: if AMQP exchange could not be created.
    """
    msg = f"Checking for AMQP exchange '{exchange_name}'"
    click.secho(msg, fg='yellow')
    LOGGER.info(msg)
    credentials = pika.PlainCredentials(username, password)
    parameters = pika.ConnectionParameters(host, port, vhost, credentials,
                                           ssl=use_ssl, connection_attempts=3,
                                           retry_delay=2, socket_timeout=5)
    connection = None
    try:
        connection = pika.BlockingConnection(parameters)
        channel = connection.channel()
        channel.exchange_declare(exchange=exchange_name,
                                 exchange_type=EXCHANGE_TYPE,
                                 durable=True, auto_delete=False)
    except Exception as err:
        msg = f"Cannot create AMQP exchange '{exchange_name}'"
        click.secho(msg, fg='red')
        LOGGER.error(msg, exc_info=True)
        raise AmqpError(msg, str(err))
    finally:
        if connection is not None:
            connection.close()
    msg = f"AMQP exchange '{exchange_name}' is ready"
    click.secho(msg, fg='green')
    LOGGER.info(msg)


def register_cse(client, routing_key, exchange):
    """Register or update CSE on vCD.

    :param pyvcloud.vcd.client.Client client:
    :param pyvcloud.vcd.client.Client client:
    :param str routing_key:
    :param str exchange:
    """
    ext = APIExtension(client)
    patterns = [
        f'/api/{CSE_SERVICE_NAME}',
        f'/api/{CSE_SERVICE_NAME}/.*',
        f'/api/{CSE_SERVICE_NAME}/.*/.*'
    ]

    cse_info = None
    try:
        cse_info = ext.get_extension_info(CSE_SERVICE_NAME,
                                          namespace=CSE_SERVICE_NAMESPACE)
    except MissingRecordException:
        pass

    if cse_info is None:
        ext.add_extension(CSE_SERVICE_NAME, CSE_SERVICE_NAMESPACE, routing_key,
                          exchange, patterns)
        msg = f"Registered {CSE_SERVICE_NAME} as an API extension in vCD"
    else:
        ext.update_extension(CSE_SERVICE_NAME, namespace=CSE_SERVICE_NAMESPACE,
                             routing_key=routing_key, exchange=exchange)
        msg = f"Updated {CSE_SERVICE_NAME} API Extension in vCD"

    click.secho(msg, fg='green')
    LOGGER.info(msg)


def register_right(client, right_name, description, category, bundle_key):
    """Register a right for CSE.

    :param pyvcloud.vcd.client.Client client:
    :param str right_name: the name of the new right to be registered.
    :param str description: brief description about the new right.
    :param str category: add the right in existing categories in
        vCD Roles and Rights or specify a new category name.
    :param str bundle_key: is used to identify the right name and change
        its value to different languages using localization bundle.

    :raises BadRequestException: if a right with given name already
        exists in vCD.
    """
    ext = APIExtension(client)
    # Since the client is a sys admin, org will hold a reference to System org
    system_org = Org(client, resource=client.get_org())
    try:
        right_name_in_vcd = f"{{{CSE_SERVICE_NAME}}}:{right_name}"
        # TODO(): When org.get_right_record() is moved outside the org scope in
        # pyvcloud, update the code below to adhere to the new method names.
        system_org.get_right_record(right_name_in_vcd)
        msg = f"Right: {right_name} already exists in vCD"
        click.secho(msg, fg='green')
        LOGGER.info(msg)
        # Presence of the right in vCD is not guarantee that the right will be
        # assigned to system org.
        rights_in_system = system_org.list_rights_of_org()
        for dikt in rights_in_system:
            # TODO(): When localization support comes in, this check should be
            # ditched for a better one.
            if dikt['name'] == right_name_in_vcd:
                msg = f"Right: {right_name} already assigned to System " \
                    f"organization."
                click.secho(msg, fg='green')
                LOGGER.info(msg)
                return
        # Since the right is not assigned to system org, we need to add it.
        msg = f"Assigning Right: {right_name} to System organization."
        click.secho(msg, fg='green')
        LOGGER.info(msg)
        system_org.add_rights([right_name_in_vcd])
    except EntityNotFoundException:
        # Registering a right via api extension end point auto assigns it to
        # System org.
        msg = f"Registering Right: {right_name} in vCD"
        click.secho(msg, fg='green')
        LOGGER.info(msg)
        ext.add_service_right(
            right_name, CSE_SERVICE_NAME, CSE_SERVICE_NAMESPACE, description,
            category, bundle_key)

# container-service-extension # Copyright (c) 2017 VMware, Inc. All Rights Reserved. # SPDX-License-Identifier: BSD-2-Clause # noqa # used for creating temp vapp # Config file for PKS enabled CSE Server to be filled by administrators.\n\ # This config file has the following four sections:\n\ #   1. pks_api_servers:\n\ #       a. Each entry in the list represents a PKS api server that is part \n\ #          of the deployment.\n\ #       b. The field 'name' in each entry should be unique. The value of \n\ #          the field has no bearing on the real world PKS api server, it's \n\ #          used to tie in various segments of the config file together.\n\ #       c. The field 'vc' represents the name with which the PKS vCenter \n\ #          is registered in vCD.\n\ #   2. pks_accounts:\n\ #       a. Each entry in the list represents a PKS account that can be used \n\ #          talk to a certain PKS api server.\n\ #       b. The field 'name' in each entry should be unique. The value of \n\ #          the field has no bearing on the real world PKS accounts, it's \n\ #          used to tie in various segments of the config file together.\n\ #       c. The field 'pks_api_server' is a reference to the PKS api server \n\ #          which owns this account. It's value should be equal to value of \n\ #          the field 'name' of the corresponding PKS api server.\n\ #   3. pvdcs:\n\ #       a. Each entry in the list represents a Provider VDC in vCD that is \n\ #          backed by a cluster of the PKS managed vCenter server.\n\ #       b. The field 'name' in each entry should be the name of the \n\ #          Provider VDC as it appears in vCD.\n\ #       c. The field 'pks_api_server' is a reference to the PKS api server \n\ #          which owns this account. It's value should be equal to value of \n\ #          the field 'name' of the corresponding PKS api server.\n\ #   4. nsxt_servers:\n\ #       a. Each entry in the list represents a NSX-T server that has been \n\ #          alongside a PKS server to manage its networking. CSE needs these \n\ #          details to enforce network isolation of clusters.\n\ #       b. The field 'name' in each entry should be unique. The value of \n\ #          the field has no bearing on the real world NSX-T server, it's \n\ #          used to tie in various segments of the config file together.\n\ #       c. The field 'pks_api_server' is a reference to the PKS api server \n\ #          which owns this account. It's value should be equal to value of \n\ #          the field 'name' of the corresponding PKS api server.\n\ #       d. The field 'distributed_firewall_section_anchor_id' should be \n\ #          populated with id of a Distributed Firewall Section e.g. it can \n\ #          be the id of the section called 'Default Layer3 Section' which \n\ #          PKS creates on installation.\n\ # For more information, please refer to CSE documentation page:\n\ # https://vmware.github.io/container-service-extension/INSTALLATION.html\n" # Filling out this key for regular CSE set up is optional and should be left\n\ # as is. Only for CSE set up enabled for PKS container provider, this value\n\ # needs to point to a valid PKS config file name.\n" # [OPTIONAL] PKS CONFIGS\n\ # These configs are required only for customers with PKS enabled CSE.\n\ # Regular CSE users, with no PKS container provider in their system, do not \n\ # need these configs to be filled out in a separate yaml file." # 'proxy': 'proxy1.pks.local:80', # 'proxy': 'proxy2.pks.local:80', # 'proxy': 'proxy1.pks.local:80', # 'proxy': 'proxy2.pks.local:80', Generate sample configs for cse.      If config file names are     provided, configs are dumped into respective files.      :param str output: name of the config file to dump the CSE configs.     :param str pks_output: name of the PKS config file to dump the PKS     configs.      :return: sample config/ sample config files      :rtype: dict # Org - PKS account mapping section will be supressed for CSE 2.0 alpha # sample_pks_config += yaml.safe_dump( #    SAMPLE_PKS_ORGS_SECTION, default_flow_style=False) + '\n' Get the config file as a dictionary and check for validity.      Ensures that all properties exist and all values are the expected type.     Checks that AMQP connection is available, and vCD/VCs are valid.     Does not guarantee that CSE has been installed according to this     config file.      :param str config_file_name: path to config file.      :return: CSE config      :rtype: dict      :raises KeyError: if config file has missing or extra properties.     :raises TypeError: if the value type for a config file property         is incorrect.     :raises container_service_extension.exceptions.AmqpConnectionError: if         AMQP connection failed (host, password, port, username,         vhost is invalid).     :raises pyvcloud.vcd.exceptions.NotAcceptableException: if 'vcd'         'api_version' is unsupported.     :raises requests.exceptions.ConnectionError: if 'vcd' 'host' is invalid.     :raises pyvcloud.vcd.exceptions.VcdException: if 'vcd' 'username' or         'password' is invalid.     :raises pyVmomi.vim.fault.InvalidLogin: if 'vcs' 'username' or 'password'         is invalid. # This allows us to compare top-level config keys and value types Ensure that 'amqp' section of config is correct.      Checks that 'amqp' section of config has correct keys and value types.     Also ensures that connection to AMQP server is valid.      :param dict amqp_dict: 'amqp' section of config file as a dict.      :raises KeyError: if @amqp_dict has missing or extra properties.     :raises TypeError: if the value type for an @amqp_dict property         is incorrect.     :raises AmqpConnectionError: if AMQP connection failed. Ensure that 'vcd' and vcs' section of config are correct.      Checks that 'vcd' and 'vcs' section of config have correct keys and value     types. Also checks that vCD and all registered VCs in vCD are accessible.      :param dict vcd_dict: 'vcd' section of config file as a dict.     :param list vcs: 'vcs' section of config file as a list of dicts.      :raises KeyError: if @vcd_dict or a vc in @vcs has missing or         extra properties.     :raises TypeError: if the value type for a @vcd_dict or vc property         is incorrect.     :raises ValueError: if vCD has a VC that is not listed in the config file. # TODO() we get an error during client initialization if the specified # logfile points to the directory which doesn't exist. This issue # should be fixed in pyvcloud, where the logging setup creates # directories used in the log filepath if they do not exist yet. #{index}") # Check that all registered VCs in vCD are listed in config file # Check that all VCs listed in config file are registered in vCD Ensure that 'broker' section of config is correct.      Checks that 'broker' section of config has correct keys and value     types. Also checks that 'default_broker' property is a valid template.      :param dict broker_dict: 'broker' section of config file as a dict.      :raises KeyError: if @broker_dict has missing or extra properties.     :raises TypeError: if the value type for a @broker_dict property is         incorrect.     :raises ValueError: if 'default_template' value is not found in listed         'templates, or if 'ip_allocation_mode' is not 'dhcp' or 'pool' #{index}", #{index}") #{index}") #{index}") #{index}", # Check for duplicate pks api server names # Check for duplicate pks account names # Check validity of all PKS api servers referenced in PKS accounts section # Check validity of all PKS accounts referenced in Orgs section # Check validity of all PKS api servers referenced in PVDC section # Check validity of all PKS api servers referenced in NSX-T section # Create a NSX-T client and verify connection Ensure that CSE is installed on vCD according to the config file.      Checks if CSE is registered to vCD, if catalog exists, and if templates     exist.      :param dict config: config yaml file as a dictionary     :param str check_template: which template to check for. Default value of         '*' means to check all templates specified in @config      :raises EntityNotFoundException: if CSE is not registered to vCD as an         extension, or if specified catalog does not exist, or if specified         template(s) do not exist. # check that AMQP exchange exists # TODO() replace raw exception with specific # check that CSE is registered to vCD correctly # check that catalog exists in vCD # check that templates exist in vCD Handle logistics for CSE installation.      Handles decision making for configuring AMQP exchange/settings,     extension registration, catalog setup, and template creation.      :param click.core.Context ctx:     :param str config_file_name: config file name.     :param str template_name: which templates to create/update. A value of '*'         means to create/update all templates specified in config file.     :param bool update: if True and templates already exist in vCD,         overwrites existing templates.     :param bool no_capture: if True, temporary vApp will not be captured or         destroyed, so the user can ssh into and debug the VM.     :param str ssh_key: public ssh key to place into template vApp(s).      :raises AmqpError: if AMQP exchange could not be created. # create amqp exchange if it doesn't exist # register or update cse on vCD # register rights to vCD # TODO() should also remove rights when unregistering CSE # set up cse catalog # create, customize, capture VM templates # if it's a PKS setup, setup NSX-T constructs # noqa # TODO() need installation relevant exceptions for rollback Handle template creation phase during CSE installation.      :param click.core.Context ctx: click context object.     :param pyvcloud.vcd.client.Client client:     :param dict config: CSE config.     :param dict template_config: specific template section of @config.     :param bool update: if True and templates already exist in vCD, overwrites         existing templates.     :param bool no_capture: if True, temporary vApp will not be captured or         destroyed, so the user can ssh into the VM and debug.     :param str ssh_key: public ssh key to place into the template vApp(s).     :param pyvcloud.vcd.org.Org org: specific org to use. If None, uses org         specified in @config.     :param pyvcloud.vcd.vdc.VDC vdc: specific vdc to use. If None, uses vdc         specified in @config. # if update flag is set, delete existing template/ova file/temp vapp # if needed, upload ova and create temp vapp # download/upload files to catalog if necessary # capture temp vapp as template # delete temp vapp Handle temporary VApp creation and customization step of CSE install.      Initializes and customizes VApp.      :param click.core.Context ctx: click context object.     :param pyvcloud.vcd.client.Client client:     :param dict config: CSE config.     :param dict template_config: specific template config section of @config.     :param str ssh_key: ssh key to use in temporary VApp's VM. Can be None.      :return: VApp object for temporary VApp.      :rtype: pyvcloud.vcd.vapp.VApp      :raises FileNotFoundError: if init/customization scripts are not found.     :raises Exception: if VM customization fails. mkdir -p /root/.ssh             echo '{ssh_key}' >> /root/.ssh/authorized_keys             chmod -R go-rwx /root/.ssh Create a VApp from a specific template config.      This vApp is intended to be captured as a vApp template for CSE.     Fence mode and network adapter type are fixed.      :param pyvcloud.vcd.client.Client client:     :param dict config: CSE config.     :param dict template_config: specific template section of CSE config.     :param str init_script: initialization script for VApp.      :return: initialized VApp object.      :rtype: pyvcloud.vcd.vapp.VApp # we don't do lazy loading here using vapp_sparse_resource.get('href'), # because VApp would have an uninitialized attribute (vapp.name) Customize a VM in a VApp using the customization script @cust_script.      :param click.core.Context ctx: click context object. Needed to pass to         stdout.     :param dict config: CSE config.     :param pyvcloud.vcd.vapp.VApp vapp:     :param str vm_name:     :param str cust_script: the customization script to run on     :param bool is_photon: True if the vapp was instantiated from         a 'photon' ova file, False otherwise (False is safe even if         the vapp is photon-based).      :raises Exception: if unable to execute the customization script in         VSphere. # TODO() replace raw exception with specific exception # unsure all errors execute_script_in_guest can result in # Docker TLS handshake timeout can occur when internet is slow # TODO() replace raw exception with specific exception Shutdown and capture existing VApp as a template in @catalog.      VApp should have tools ready, or shutdown will fail, and VApp will be     unavailable to be captured.      :param click.core.Context ctx: click context object needed for stdout.     :param pyvcloud.vcd.vapp.VApp vapp:     :param str catalog_name:     :param str catalog_item_name: catalog item name for the template.     :param str desc: template description.     :param bool power_on: if True, turns on VApp after capturing.     :param pyvcloud.vcd.org.Org org: specific org to use.     :param str org_name: specific org to use if @org is not given.         If None, uses currently logged-in org from @vapp (vapp.client).      :raises EntityNotFoundException: if the org could not be found. Create the specified AMQP exchange if it does not exist.      If specified AMQP exchange exists already, does nothing.      :param str exchange_name: The AMQP exchange name to check for or create.     :param str host: AMQP host name.     :param str password: AMQP password.     :param int port: AMQP port number.     :param bool use_ssl: Enable ssl.     :param str username: AMQP username.     :param str vhost: AMQP vhost.      :raises AmqpError: if AMQP exchange could not be created. Register or update CSE on vCD.      :param pyvcloud.vcd.client.Client client:     :param pyvcloud.vcd.client.Client client:     :param str routing_key:     :param str exchange: Register a right for CSE.      :param pyvcloud.vcd.client.Client client:     :param str right_name: the name of the new right to be registered.     :param str description: brief description about the new right.     :param str category: add the right in existing categories in         vCD Roles and Rights or specify a new category name.     :param str bundle_key: is used to identify the right name and change         its value to different languages using localization bundle.      :raises BadRequestException: if a right with given name already         exists in vCD. # Since the client is a sys admin, org will hold a reference to System org # TODO(): When org.get_right_record() is moved outside the org scope in # pyvcloud, update the code below to adhere to the new method names. # Presence of the right in vCD is not guarantee that the right will be # assigned to system org. # TODO(): When localization support comes in, this check should be # ditched for a better one. # Since the right is not assigned to system org, we need to add it. # Registering a right via api extension end point auto assigns it to # System org.