def list_running_hosts(config):
"""
Use new style inventory script (_meta) available from 1.3 as it has
performance improvement not running inventory script for each node.
"""
parser = urlparse(config['ambari_url'])
client = Ambari(host=parser.hostname, port=parser.port,
protocol=parser.scheme,
username=config['ambari_user'], password=config['ambari_password'],
validate_ssl=False)
cluster = next(client.clusters)
inventory = collections.defaultdict(
lambda: {'hosts': []},
_meta={'hostvars': {}},
all={}
)
# hostvars
ambari_host = parser.hostname
for host in cluster.hosts:
inventory['_meta']['hostvars'][host.host_name] = get_node_props(host)
if ambari_host == host.ip:
ambari_host = host.host_name
# groups
for comp in cluster.host_components:
inventory[comp.component_name]['hosts'].append(comp.host_name)
# configs for all the components
component_configs = get_all_configs(parser.scheme,
parser.hostname,
parser.port,
parser.path,
config['ambari_user'],
config['ambari_password'],
cluster.cluster_name)
# stack versions
stack, version = get_stack_versions(parser.scheme,
parser.hostname,
parser.port,
parser.path,
config['ambari_user'],
config['ambari_password'],
cluster.cluster_name)
# group_vars
inventory['all']['vars'] = {
'ambari_cluster_name': cluster.cluster_name,
'ambari_host': ambari_host,
'ambari_password': config['ambari_password'],
'ambari_url': config['ambari_url'],
'ambari_user': config['ambari_user'],
'ambari_component_configs': component_configs,
'host_stack': stack,
'host_stack_version': version
}
return inventory
def main():
module = None
module = AnsibleModule(
argument_spec = dict(
ambari_server = dict(default='localhost', type='str'),
ambari_pass = dict(default='admin', type='str'),
cluster_name = dict(default='hadoop-poc',type='str'),
config_name = dict(type='str'),
properties = dict(type='dict')
)
)
ambari_server = module.params.get('ambari_server')
ambari_pass = module.params.get('ambari_pass')
cluster_name = module.params.get('cluster_name')
config_name = module.params.get('config_name')
properties = module.params.get('properties')
client = Ambari(ambari_server, port=8080, username=ambari_user, password=ambari_pass)
update_config(next(client.clusters), config_name, properties)
module.exit_json(changed=True,
ansible_facts=dict())
def _initialize_client(self):
'''
Initialize Apache Ambari client
'''
# check not required arguments
protocol = 'http'
if self.get_option('protocol'):
if self.get_option('protocol') == 'https':
protocol = self.get_option('protocol')
validate_ssl = False
if self.get_option('validate_ssl'):
if self.get_option('validate_ssl') == True:
validate_ssl = self.get_option('validate_ssl')
# disable ssl warning
if validate_ssl == False:
urllib3.disable_warnings()
# initiate Apache Ambari client
self._client = Ambari(self.get_option('hostname'),
port=int(self.get_option('port')),
username=self.get_option('username'),
password=self.get_option('password'),
protocol=protocol,
validate_ssl=validate_ssl)
def test_lazy_loading():
patch_method = 'ambariclient.client.HttpClient.request'
with patch(patch_method, MagicMock(return_value={})) as http_request:
client = Ambari('localhost')
clusters = client.clusters
assert http_request.call_count == 0, "Sent a request prior to inflation"
clusters.inflate()
assert http_request.call_count == 1, "inflating collection didn't hit the server"
clusters('testcluster')
assert http_request.call_count == 1, "getting a single cluster hit the server again"
clusters('testcluster').inflate()
assert http_request.call_count == 2, "inflating model didn't hit the server"
with patch(patch_method, MagicMock(return_value={})) as http_request:
client = Ambari('localhost')
cluster = client.clusters('testcluster')
assert http_request.call_count == 0, "getting model inflated collection"
cluster.hosts
assert http_request.call_count == 0, "accessing relationship on model inflated it"
cluster.hosts.to_dict()
assert http_request.call_count == 1, "to_dict on relationship didn't inflate it"
with patch(patch_method, MagicMock(return_value={})) as http_request:
client = Ambari('localhost')
cluster = client.clusters('testcluster')
assert http_request.call_count == 0, "getting model inflated collection"
cluster.cluster_name
assert http_request.call_count == 0, "accessing prepopulated field on model inflated it"
cluster.health_report
assert http_request.call_count == 1, "accessing field on model didn't inflate it"
def _initialize_client(self):
'''
Initialize Apache Ambari client
'''
# disable ssl warning
if self.config.get('validate_ssl') == False:
urllib3.disable_warnings()
# initiate Apache Ambari client
self._client = Ambari(self.config.get('hostname'),
port=int(self.config.get('port')),
username=self.config.get('username'),
password=self.config.get('password'),
protocol=self.config.get('protocol'),
validate_ssl=self.config.get('validate_ssl'))
def __init__(self, vcap=None, vcap_filename=None):
self.log = Logger().get_logger(self.__class__.__name__)
assert (vcap is not None or vcap_filename is not None) \
and (vcap is None or vcap_filename is None), \
"You must only provide a vcap object OR vcap_filename parameter"
if vcap_filename is not None:
import json
vcap = json.load(open(vcap_filename))
try:
self.USER = vcap['cluster']['user']
self.PASSWORD = vcap['cluster']['password']
self.AMBARI_URL = vcap['cluster']['service_endpoints']['ambari_console']
self.CLUSTER_ID = vcap['cluster']['cluster_id']
except KeyError as e:
self.log.error("Couldn't parse vcap credential json - attribute {} not found.".format(str(e)))
raise
# ensure we are compatible with python 2 and 3
try:
from urllib.parse import urlparse
except ImportError:
from urlparse import urlparse
url = urlparse(self.AMBARI_URL)
self.HOST = url.hostname
self.PORT = url.port
self.PROTOCOL = url.scheme
from ambariclient.client import Ambari
self.ambari_client = Ambari(self.HOST,
port=self.PORT,
username=self.USER,
password=self.PASSWORD,
protocol=self.PROTOCOL)
def main(args):
quiet = not args.verbose
print_topology_meta(args.topology)
models.LOCALTIME_MOUNT = False
models.PRIVILEGED_CONTAINER = True # 'privileged' containers are needed to have systemd work with no issues
os_major_version = (args.operating_system or
DEFAULT_OPERATING_SYSTEM)[6] # always assume 'centosX'
image = '{}/topology_nodebase:{}'.format(
defaults['DEFAULT_REPOSITORY'], args.operating_system
or DEFAULT_OPERATING_SYSTEM)
primary_node = models.Node(hostname='node-1',
group='nodes',
image=image,
ports=[{
AMBARI_PORT: AMBARI_PORT
}])
secondary_node = models.Node(hostname='node-2', group='nodes', image=image)
cluster = models.Cluster(primary_node, secondary_node)
cluster.start(args.network)
hdp_version_tuple = version_tuple(args.hdp_version)
stack_version = '{}.{}'.format(hdp_version_tuple[0], hdp_version_tuple[1])
stack_version_tuple = (hdp_version_tuple[0], hdp_version_tuple[1])
DEFAULT_CLUSTER_HOST_MAPPING[0]['hosts'][0]['fqdn'] = primary_node.fqdn
DEFAULT_CLUSTER_HOST_MAPPING[1]['hosts'][0]['fqdn'] = secondary_node.fqdn
host_groups = DEFAULT_BASE_HOST_GROUPS
if not args.bare:
if hdp_version_tuple <= (2, 0, 13, 0):
host_groups[0]['components'].extend(
EXTRA_HOST_GROUPS_2_0_13_0[0]['components'])
host_groups[1]['components'].extend(
EXTRA_HOST_GROUPS_2_0_13_0[1]['components'])
elif hdp_version_tuple <= (2, 4, 0, 0):
host_groups[0]['components'].extend(
EXTRA_HOST_GROUPS_2_4_0_0[0]['components'])
host_groups[1]['components'].extend(
EXTRA_HOST_GROUPS_2_4_0_0[1]['components'])
elif hdp_version_tuple <= (2, 6, 4, 0):
host_groups[0]['components'].extend(
EXTRA_HOST_GROUPS_2_6_4_0[0]['components'])
host_groups[1]['components'].extend(
EXTRA_HOST_GROUPS_2_6_4_0[1]['components'])
elif hdp_version_tuple <= (3, 1, 0, 0):
host_groups[0]['components'].extend(
EXTRA_HOST_GROUPS_3_1_0_0[0]['components'])
host_groups[1]['components'].extend(
EXTRA_HOST_GROUPS_3_1_0_0[1]['components'])
else:
host_groups[0]['components'].extend(
DEFAULT_EXTRA_HOST_GROUPS[0]['components'])
host_groups[1]['components'].extend(
DEFAULT_EXTRA_HOST_GROUPS[1]['components'])
if hdp_version_tuple <= (
2, 0, 13,
0): # APP_TIMELINE_SERVER not applicable for this version
host_groups[0]['components'] = list(
filter(lambda x: x.get('name') != 'APP_TIMELINE_SERVER',
host_groups[0]['components']))
repo_url_host = 'http://public-repo-1.hortonworks.com'
ambari_repo_url = ('{}/ambari/centos{}/{}.x/updates/{}/'
'ambari.repo'.format(repo_url_host, os_major_version,
args.ambari_version[0],
args.ambari_version))
hdp_repo_url = ('{}/HDP/centos{}/{}.x/updates/{}'.format(
repo_url_host, os_major_version, args.hdp_version[0],
args.hdp_version))
for node in cluster:
node.execute('wget -nv {} -O /etc/yum.repos.d/ambari.repo'.format(
ambari_repo_url),
quiet=quiet)
logger.info('Installing Ambari server and agents ...')
primary_node.execute('yum -y install ambari-server', quiet=quiet)
primary_node.execute('ambari-server setup -v -s', quiet=quiet)
primary_node.execute('ambari-server start', quiet=quiet)
for node in cluster:
node.execute('yum -y install ambari-agent', quiet=quiet)
ambari_agent_config = node.get_file(AMBARI_AGENT_CONFIG_FILE_PATH)
node.put_file(
AMBARI_AGENT_CONFIG_FILE_PATH,
re.sub(r'(hostname)=.*', r'\1={}'.format(primary_node.fqdn),
ambari_agent_config))
node.execute('ambari-agent start', quiet=quiet)
mysql_config_commands = [
('wget -nv -O /tmp/mysql-connector-java.tar.gz '
'https://dev.mysql.com/get/Downloads/Connector-J/mysql-connector-java-5.1.45.tar.gz'
), 'gzip -d /tmp/mysql-connector-java.tar.gz',
'tar -xf /tmp/mysql-connector-java.tar -C /tmp',
('cp /tmp/mysql-connector-java-5.1.45/mysql-connector-java-5.1.45-bin.jar '
'/tmp/mysql-connector-java.jar'),
'ambari-server setup --jdbc-db=mysql --jdbc-driver=/tmp/mysql-connector-java.jar',
'rm -rf /tmp/mysql-connector-java*'
]
primary_node.execute(' && '.join(mysql_config_commands), quiet=quiet)
# Docker for Mac exposes ports that can be accessed only with ``localhost:<port>`` so
# use that instead of the hostname if the host name is ``moby``.
hostname = ('localhost' if models.client.info().get('Name') == 'moby' else
socket.getaddrinfo(
socket.gethostname(), 0, flags=socket.AI_CANONNAME)[0][3])
port = primary_node.host_ports.get(AMBARI_PORT)
server_url = 'http://{}:{}'.format(hostname, port)
logger.info('Ambari server is now reachable at %s', server_url)
ambari = Ambari(server_url,
username=DEFAULT_AMBARI_USERNAME,
password=DEFAULT_AMBARI_PASSWORD)
logger.info('Waiting for all hosts to be visible in Ambari ...')
def condition(ambari, cluster):
cluster_hosts = {node.fqdn for node in cluster}
ambari_hosts = {host.host_name for host in ambari.hosts}
logger.debug('Cluster hosts: %s; Ambari hosts: %s', cluster_hosts,
ambari_hosts)
return cluster_hosts == ambari_hosts
wait_for_condition(condition=condition, condition_args=[ambari, cluster])
logger.info('Updating install repo to use %s HDP version ...',
args.hdp_version)
# based off of release notes of https://bit.ly/2R06NKp
if stack_version_tuple >= (2, 6):
url = join_url_parts(hdp_repo_url, 'build.id')
response = requests.get(url)
response.raise_for_status()
build_number = next(
(int(item.split(':')[1].strip())
for item in response.text.split('\n') if 'BUILD_NUMBER' in item),
None)
if not build_number:
raise Exception(
'Could not determine build number as required for repo setting. Build data found: ',
response.text)
# version_definitions not yet supported by Ambari client library - a TODO
hdp_repo_version = '{}-{}'.format(args.hdp_version, build_number)
version_definition = {
'VersionDefinition': {
'version_url':
'{}/HDP-{}.xml'.format(hdp_repo_url, hdp_repo_version)
}
}
url = join_url_parts(server_url, 'api', 'v1', 'version_definitions')
data = json.dumps(version_definition)
response = requests.post(
url,
data=data,
auth=(DEFAULT_AMBARI_USERNAME, DEFAULT_AMBARI_PASSWORD),
headers={'X-Requested-By': 'topology_hdp build'})
response.raise_for_status()
else:
hdp_os = ambari.stacks('HDP').versions(
stack_version).operating_systems('redhat6')
hdp_os.repositories('HDP-{}'.format(stack_version)).update(
base_url=hdp_repo_url, verify_base_url=False)
hdp_repo_version = None
build_number = None
logger.info('Creating `cluster` with pre-defined components ...')
ambari.blueprints('cluster').create(blueprint_name='cluster',
stack_version=stack_version,
stack_name='HDP',
host_groups=host_groups)
logger.info('Installing cluster components ...')
hdp_cluster = ambari.clusters('cluster')
# INSTALL_ONLY option not applicable for <= 2.0.13.0 ver, it will be install and start services.
if hdp_version_tuple <= (2, 0, 13, 0):
hdp_cluster = hdp_cluster.create(
blueprint='cluster',
default_password='******',
host_groups=DEFAULT_CLUSTER_HOST_MAPPING)
elif hdp_repo_version:
hdp_cluster = hdp_cluster.create(
blueprint='cluster',
default_password='******',
repository_version=hdp_repo_version,
host_groups=DEFAULT_CLUSTER_HOST_MAPPING,
provision_action='INSTALL_ONLY')
else:
hdp_cluster = hdp_cluster.create(
blueprint='cluster',
default_password='******',
host_groups=DEFAULT_CLUSTER_HOST_MAPPING,
provision_action='INSTALL_ONLY')
time.sleep(
30
) # Some versions of Ambari provide wrong status on wait. Need to slug some time.
hdp_cluster.wait(timeout=5400, interval=30)
logger.info('Waiting for all hosts to reach healthy state ...')
def condition(ambari):
health_report = hdp_cluster.health_report
logger.debug('Ambari cluster health report: %s ...', health_report)
return health_report.get('Host/host_state/HEALTHY') == len(
list(ambari.hosts))
wait_for_condition(condition=condition, condition_args=[ambari])
logger.info('Waiting for components to be verified ...')
def condition(ambari):
comps = hdp_cluster.cluster.host_components.refresh()
for comp in comps:
if comp.state.upper() == 'UNKNOWN':
logger.debug('Not ready with component `%s` ...',
comp.component_name)
return False
else:
return True
wait_for_condition(condition=condition, condition_args=[ambari])
hdp_services_state = set(service['state']
for service in hdp_cluster.services.to_dict())
if 'STARTED' in hdp_services_state or 'STARTING' in hdp_services_state:
logger.info('Ambari task queued to stop services ...')
hdp_cluster.cluster.services.stop().wait()
logger.info('Stopping Ambari for saving to Docker image ...')
for node in cluster:
node.execute('ambari-agent stop', quiet=quiet)
primary_node.execute('ambari-server stop', quiet=quiet)
primary_node.execute('service postgresql stop', quiet=quiet)
for node in cluster:
node.execute('; '.join(
['yum clean all',
'cat /dev/null > ~/.bash_history && history -c']),
quiet=quiet)
repository = '{}/topology_hdp'.format(args.repository
or defaults['DEFAULT_REPOSITORY'])
tag_prefix = 'hdp{}_ambari{}'.format(args.hdp_version, args.ambari_version)
primary_node_tag = '{}_{}'.format(tag_prefix, 'primary-node')
secondary_node_tag = '{}_{}'.format(tag_prefix, 'secondary-node')
logger.info('Committing the primary node container as %s %s',
primary_node_tag,
('and pushing its image to {} ...'.format(repository)
if args.push else '...'))
primary_node.commit(repository=repository,
tag=primary_node_tag,
push=args.push)
logger.info('Committing the secondary node container as %s %s',
secondary_node_tag,
('and pushing its image to {} ...'.format(repository)
if args.push else '...'))
secondary_node.commit(repository=repository,
tag=secondary_node_tag,
push=args.push)
if args.retain:
logger.info('Starting Ambari ...')
primary_node.execute('service postgresql start', quiet=quiet)
primary_node.execute('ambari-server start', quiet=quiet)
for node in cluster:
node.execute('ambari-agent start', quiet=quiet)
else:
logger.info('Removing the containers ...')
primary_node.stop()
secondary_node.stop()
def main(args):
quiet = not args.verbose
print_topology_meta(args.topology)
if args.include_services and args.exclude_services:
raise ValueError(
'Cannot pass both --include-services and --exclude-services.')
image_prefix = '{}/{}/topology_hdp:hdp{}_ambari{}'.format(
args.registry, args.namespace or DEFAULT_NAMESPACE, args.hdp_version,
args.ambari_version)
primary_node_image = '{}_{}'.format(image_prefix, 'primary-node')
secondary_node_image = '{}_{}'.format(image_prefix, 'secondary-node')
clusterdock_config_host_dir = os.path.realpath(
os.path.expanduser(args.clusterdock_config_directory))
volumes = [{clusterdock_config_host_dir: CLUSTERDOCK_CLIENT_CONTAINER_DIR}]
primary_node = Node(hostname=args.primary_node[0],
group='primary',
volumes=volumes,
image=primary_node_image,
ports=[{
AMBARI_PORT: AMBARI_PORT
} if args.predictable else AMBARI_PORT])
secondary_nodes = [
Node(hostname=hostname,
group='secondary',
volumes=volumes,
image=secondary_node_image) for hostname in args.secondary_nodes
]
cluster = Cluster(primary_node, *secondary_nodes)
cluster.primary_node = primary_node
cluster.secondary_nodes = secondary_nodes
for node in cluster.nodes:
node.volumes.append({'/sys/fs/cgroup': '/sys/fs/cgroup'})
# do not use tempfile.mkdtemp, as systemd wont be able to bring services up when temp ends to be created in
# /var/tmp/ directory
node.volumes.append(['/run', '/run/lock'])
cluster.start(args.network)
hdp_version_tuple = version_tuple(args.hdp_version)
logger.debug('Starting PostgreSQL for Ambari server ...')
# Need this as init system in Docker misreports on postgres start initially
# Check https://github.com/docker-library/postgres/issues/146 for more
def condition():
primary_node.execute('service postgresql restart', quiet=quiet)
if '1 row' in primary_node.execute(
'PGPASSWORD=bigdata psql ambari '
'-U ambari -h localhost -c "select 1"',
quiet=quiet).output:
return True
wait_for_condition(condition=condition, time_between_checks=2)
def condition():
if 'running' in primary_node.execute('service postgresql status',
quiet=quiet).output:
return True
wait_for_condition(condition=condition)
time.sleep(
10
) # If images are set to start Ambari server/agents - give some time to recover the right status
_update_node_names(cluster, quiet=quiet)
# The HDP topology uses two pre-built images ('primary' and 'secondary'). If a cluster
# larger than 2 nodes is started, some modifications need to be done.
if len(secondary_nodes) > 1:
_remove_files(nodes=secondary_nodes[1:],
files=['/hadoop/hdfs/data/current/*'],
quiet=quiet)
logger.info('Starting Ambari server ...')
primary_node.execute('ambari-server start', quiet=quiet)
# Docker for Mac exposes ports that can be accessed only with ``localhost:<port>`` so
# use that instead of the hostname if the host name is ``moby``.
hostname = ('localhost'
if client.info().get('Name') == 'moby' else socket.getaddrinfo(
socket.gethostname(), 0, flags=socket.AI_CANONNAME)[0][3])
port = cluster.primary_node.host_ports.get(AMBARI_PORT)
server_url = 'http://{}:{}'.format(hostname, port)
logger.info('Ambari server is now reachable at %s', server_url)
logger.info('Starting Ambari agents ...')
for node in cluster:
logger.debug('Starting Ambari agent on %s ...', node.fqdn)
node.execute('ambari-agent start', quiet=quiet)
ambari = Ambari(server_url, username='******', password='******')
def condition(ambari, cluster):
cluster_hosts = {node.fqdn for node in cluster}
ambari_hosts = {host.host_name for host in ambari.hosts}
logger.debug('Cluster hosts: %s; Ambari hosts: %s', cluster_hosts,
ambari_hosts)
return cluster_hosts == ambari_hosts
wait_for_condition(condition=condition, condition_args=[ambari, cluster])
service_types_to_leave = (args.include_services.upper().split(',')
if args.include_services else [])
service_types_to_remove = (args.exclude_services.upper().split(',')
if args.exclude_services else [])
if service_types_to_leave or service_types_to_remove:
for service in list(ambari.clusters(DEFAULT_CLUSTER_NAME).services):
service_name = service.service_name.upper()
if (service_name in service_types_to_remove
or (service_types_to_leave
and service_name not in service_types_to_leave)):
logger.info('Removing cluster service (name = %s) ...',
service_name)
service.delete()
for node in secondary_nodes[1:]:
logger.info('Adding %s to cluster ...', node.fqdn)
ambari.clusters(DEFAULT_CLUSTER_NAME).hosts.create(node.fqdn)
secondary_node = ambari.clusters(DEFAULT_CLUSTER_NAME).hosts(
secondary_nodes[0].fqdn)
for component in secondary_node.components:
logger.debug('Adding component (%s) to cluster on host (%s) ...',
component.component_name, node.fqdn)
host_components = ambari.clusters(DEFAULT_CLUSTER_NAME).hosts(
node.fqdn).components
host_components.create(component.component_name).wait()
logger.debug('Installing all registered components on host (%s) ...',
node.fqdn)
ambari.clusters(DEFAULT_CLUSTER_NAME).hosts(
node.fqdn).components.install().wait()
logger.info('Waiting for all hosts to reach healthy state ...')
def condition(ambari):
health_report = ambari.clusters(DEFAULT_CLUSTER_NAME).health_report
logger.debug('Ambari cluster health report: %s ...', health_report)
return health_report.get('Host/host_state/HEALTHY') == len(
list(ambari.hosts))
wait_for_condition(condition=condition, condition_args=[ambari])
service_names = [
service['service_name'] for service in ambari.clusters(
DEFAULT_CLUSTER_NAME).services.to_dict()
]
if 'ATLAS' in service_names:
logger.info('Configuring Atlas required properties ...')
_configure_atlas(ambari,
args.hdp_version,
atlas_server_host=cluster.primary_node.fqdn)
if 'HIVE' in service_names:
primary_node.execute('touch /etc/hive/sys.db.created', quiet=quiet)
logger.info('Waiting for components to be ready ...')
def condition(ambari):
comps = ambari.clusters(
DEFAULT_CLUSTER_NAME).cluster.host_components.refresh()
for comp in comps:
if comp.state.upper() == 'UNKNOWN':
logger.debug('Not ready with component `%s` ...',
comp.component_name)
return False
else:
return True
wait_for_condition(condition=condition, condition_args=[ambari])
if not args.dont_start_cluster:
logger.info('Starting cluster services ...')
ambari.clusters(DEFAULT_CLUSTER_NAME).services.start().wait(
timeout=3600)
if 'HBASE' in service_names:
logger.info('Starting Thrift server ...')
if hdp_version_tuple <= (2, 0, 13, 0):
hbase_daemon_path = '/usr/lib/hbase/bin/hbase-daemon.sh'
else:
hbase_daemon_path = '/usr/hdp/current/hbase-master/bin/hbase-daemon.sh'
primary_node.execute('{} start thrift -p {} '
'--infoport {}'.format(
hbase_daemon_path,
HBASE_THRIFT_SERVER_PORT,
HBASE_THRIFT_SERVER_INFO_PORT),
quiet=quiet)
def amclient(config):
''' Take a config json as input, return a ambariclient.Client.Ambari
instance'''
client = Ambari(config['ambari']['host'], port=config['ambari']['port'],
username=config['ambari']['user'], password=config['ambari']['pass'])
return client
# Do some sanity checks on the config
requiredAttribs = [
'serviceName', 'package', 'components', 'configurations'
]
for attrib in requiredAttribs:
if not attrib in service_config:
log.error("Invalid configuration. Missing required attribute '%s'",
attrib)
sys.exit(3)
log.info('Installing service: %s on ambari host: %s',
service_config['serviceName'], args.ambari_host)
ambari_host_uri = URL(args.ambari_host)
ambari_client = Ambari(ambari_host_uri.host(),
port=ambari_host_uri.port(),
protocol=ambari_host_uri.scheme(),
username=args.username,
password=args.password,
identifier='hdiapps')
# If this is being invoked from outside the cluster, we must fixup the href references contained within the responses
ambari_client.client.request_params['hooks'] = dict(
response=shared_lib.Fixup(ambari_host_uri).fixup)
# Assume we only have 1 cluster managed by this Ambari installation
cluster = ambari_client.clusters.next()
log.debug('Cluster: %s, href: %s', cluster.cluster_name, cluster._href)
# Pull in any extra dynamic configuration
if args.extra_config:
try:
extra_config = json.loads(args.extra_config)
log.debug(
'Applying dynamic service configuration specified on command-line: %s',
def main(cm_fqhn, cm_port, cm_user_name, cm_user_password, cm_cluster_name, cm_tls_enabled):
print cm_fqhn, cm_port, cm_user_name, cm_user_password, cm_cluster_name, cm_tls_enabled
cm_protocol = 'https'
if cm_tls_enabled.lower() == 'false':
cm_protocol = 'http'
#print 'Protocol:', cm_protocol
ambari_accessor = api_accessor(host=cm_fqhn,
login=cm_user_name,
password=cm_user_password,
protocol=cm_protocol,
port=cm_port)
zookeeper_config = get_properties2(cluster=cm_cluster_name,
config_type=CONFIG_TYPE_MAP['zookeeper'],
accessor=ambari_accessor)
zk_client_port = zookeeper_config.get(CONFIG_PROPERTY_MAP['zk_client_port'])
if zk_client_port != None:
CONFIG_KEY_VALUE_MAP['ZOOKEEPER_PORT'] = zk_client_port
hdfs_site_config = get_properties2(cluster=cm_cluster_name,
config_type=CONFIG_TYPE_MAP['hdfs'],
accessor=ambari_accessor)
#print "\nHDFS-SITE:\n", hdfs_site_config
hdfs_nn_ns = hdfs_site_config.get(CONFIG_PROPERTY_MAP['hdf_nn_ns'], None)
hdfs_nn_rpc = hdfs_site_config.get(CONFIG_PROPERTY_MAP['hdf_nn_rpc'])
print '\nHDFS-SITE:', hdfs_nn_ns, hdfs_nn_rpc
if hdfs_nn_ns == None:
CONFIG_KEY_VALUE_MAP['NAME_NODE'] = 'hdfs://' + hdfs_nn_rpc
else:
CONFIG_KEY_VALUE_MAP['NAME_NODE'] = hdfs_nn_ns
yarn_site_config = get_properties2(cluster=cm_cluster_name,
config_type=CONFIG_TYPE_MAP['yarn'],
accessor=ambari_accessor)
#print "\nYARN-SITE:\n", yarn_site_config
yarn_rm_address = yarn_site_config.get(CONFIG_PROPERTY_MAP['yarn_rm_address'])
CONFIG_KEY_VALUE_MAP['JOB_TRACKER'] = yarn_rm_address
hbase_site_config = get_properties2(cluster=cm_cluster_name,
config_type=CONFIG_TYPE_MAP['hbase'],
accessor=ambari_accessor)
#print "\nHBASE-SITE:\n", hbase_site_config
kafka_broker_config = get_properties2(cluster=cm_cluster_name,
config_type=CONFIG_TYPE_MAP['kafka'],
accessor=ambari_accessor)
#print "\nKAFAKA_BROKER:\n", kafka_broker_config
kafka_client_security_protocol = kafka_broker_config.get(CONFIG_PROPERTY_MAP['kafka_client_security_protocol'])
#print 'Kafka protocol:', kafka_client_security_protocol
if kafka_client_security_protocol != None:
CONFIG_KEY_VALUE_MAP['KAFKA_SECURITY_PROTOCOL'] = kafka_client_security_protocol
oozie_server_config = get_properties2(cluster=cm_cluster_name,
config_type=CONFIG_TYPE_MAP['oozie'],
accessor=ambari_accessor)
#print "\nOOZIE_SERVER:\n", oozie_server_config
oozie_url = oozie_server_config.get(CONFIG_PROPERTY_MAP['oozie_base_url'])
CONFIG_KEY_VALUE_MAP['OOZIE_URL'] = oozie_url
if cm_tls_enabled.lower() == 'false':
api = Ambari(cm_fqhn, port=cm_port, username=cm_user_name, password=cm_user_password, validate_ssl=False)
else:
api = Ambari(cm_fqhn, port=cm_port, username=cm_user_name, password=cm_user_password, validate_ssl=False, protocol='https')
# Get a list of all clusters
cdh_cluster = None
for c in api.clusters():
if c.cluster_name == cm_cluster_name:
print '\nCluster:', c.cluster_name
cdh_cluster = c
for x in cdh_cluster.hosts():
HOST_MAP[x.host_name] = x.host_name
print '\nHost Name Mapping:'
print HOST_MAP
print '\nServices:'
for x in cdh_cluster.services():
print x.service_name
#for x in cdh_cluster.configurations():
# print x.type
#ZooKeeper
zk_hosts = []
zk_service = cdh_cluster.services(SERVICE_NAME_MAP['zookeeper'])
#print zk_service
zk_server_cmps = zk_service.components(SERVICE_COMPONENT_NAME_MAP['zookeeper_server'])
#print zk_server_cmps
for x in zk_server_cmps.host_components:
zk_hosts.append(x.host_name)
#print 'ZOOKEEPER HOSTS:', zk_hosts
if len(zk_hosts) > 0:
CONFIG_KEY_VALUE_MAP['ZOOKEEPER_QUORUM'] = ' '.join(zk_hosts)
#HDFS
hdfs_nn_hosts = []
hdfs_service = cdh_cluster.services(SERVICE_NAME_MAP['hdfs'])
hdfs_nn_cmps = hdfs_service.components(SERVICE_COMPONENT_NAME_MAP['namenode'])
for x in hdfs_nn_cmps.host_components:
hdfs_nn_hosts.append(x.host_name)
#YARN RM
yarn_rm_hosts = []
yarn_service = cdh_cluster.services(SERVICE_NAME_MAP['yarn'])
yarn_rm_cmps = yarn_service.components(SERVICE_COMPONENT_NAME_MAP['resourcemanager'])
for x in yarn_rm_cmps.host_components:
yarn_rm_hosts.append(x.host_name)
#print yarn_rm_hosts
#OOZIE
oozie_hosts = []
oozie_service = cdh_cluster.services(SERVICE_NAME_MAP['oozie'])
oozie_server_cmps = oozie_service.components(SERVICE_COMPONENT_NAME_MAP['oozie_server'])
for x in oozie_server_cmps.host_components:
oozie_hosts.append(x.host_name)
#print oozie_hosts
#HBASE REST SERVER not managed by Ambari
hbase_service = cdh_cluster.services(SERVICE_NAME_MAP['hbase'])
#KAFKA
kafka_broker_hosts = []
kafka_service = cdh_cluster.services(SERVICE_NAME_MAP['kafka'])
kafka_broker_cmps = kafka_service.components(SERVICE_COMPONENT_NAME_MAP['kafka_broker'])
for x in kafka_broker_cmps.host_components:
kafka_broker_hosts.append(x.host_name)
if len(kafka_broker_hosts) > 0:
CONFIG_KEY_VALUE_MAP['KAFKA_BROKER'] = ' '.join(kafka_broker_hosts)
#print kafka_broker_hosts
# Print all
print '\nOUTPUT:\n', CONFIG_KEY_VALUE_MAP
help="Ambari user password",
required=True)
parser.add_argument("-C",
action="store",
dest='cluster',
help="Cluster name to check",
required=True)
parser.add_argument("-S",
action="store",
dest='service',
help="Service name to check",
required=True)
args = parser.parse_args()
client = Ambari(args.host,
port=args.port,
username=args.user_name,
password=args.password)
states = {'OK': 0, 'WARNING': 1, 'CRITICAL': 2, 'UNKNOWN': 3}
#for a in client.clusters(args.cluster).services(args.service).alerts.to_dict():
# alerts = a.alerts.to_dict()
alerts = client.clusters(args.cluster).services(args.service).alerts.to_dict()
OK = []
WARNING = []
UNKNOWN = []
CRITICAL = []
MAINTENANCE = []
for a in alerts:
if a['state'] == 'OK':
OK.append((a['cluster_name'], a['service_name'], a['component_name'],
a['definition_name'], a['text']))
def main(args):
image_prefix = '{}/{}/topology_hdp:hdp{}_ambari{}'.format(
args.registry, args.namespace or DEFAULT_NAMESPACE, args.hdp_version,
args.ambari_version)
primary_node_image = '{}_{}'.format(image_prefix, 'primary-node')
secondary_node_image = '{}_{}'.format(image_prefix, 'secondary-node')
primary_node = Node(hostname=args.primary_node[0],
group='primary',
image=primary_node_image,
ports=[{
AMBARI_PORT: AMBARI_PORT
} if args.predictable else AMBARI_PORT])
secondary_nodes = [
Node(hostname=hostname, group='secondary', image=secondary_node_image)
for hostname in args.secondary_nodes
]
cluster = Cluster(primary_node, *secondary_nodes)
cluster.primary_node = primary_node
cluster.secondary_nodes = secondary_nodes
cluster.start(args.network)
logger.debug('Starting PostgreSQL for Ambari server ...')
primary_node.execute('service postgresql start', quiet=not args.verbose)
_update_node_names(cluster, quiet=not args.verbose)
# The HDP topology uses two pre-built images ('primary' and 'secondary'). If a cluster
# larger than 2 nodes is started, some modifications need to be done.
if len(secondary_nodes) > 1:
_remove_files(nodes=secondary_nodes[1:],
files=['/hadoop/hdfs/data/current/*'])
logger.info('Starting Ambari server ...')
primary_node.execute('ambari-server start', quiet=not args.verbose)
# Docker for Mac exposes ports that can be accessed only with ``localhost:<port>`` so
# use that instead of the hostname if the host name is ``moby``.
hostname = 'localhost' if client.info().get(
'Name') == 'moby' else socket.gethostname()
port = cluster.primary_node.host_ports.get(AMBARI_PORT)
server_url = 'http://{}:{}'.format(hostname, port)
logger.info('Ambari server is now reachable at %s', server_url)
logger.info('Starting Ambari agents ...')
for node in cluster:
logger.debug('Starting Ambari agent on %s ...', node.fqdn)
node.execute('ambari-agent start', quiet=not args.verbose)
ambari = Ambari(server_url, username='******', password='******')
def condition(ambari, cluster):
cluster_hosts = {node.fqdn for node in cluster}
ambari_hosts = {host.host_name for host in ambari.hosts}
logger.debug('Cluster hosts: %s; Ambari hosts: %s', cluster_hosts,
ambari_hosts)
return cluster_hosts == ambari_hosts
wait_for_condition(condition=condition, condition_args=[ambari, cluster])
for node in secondary_nodes[1:]:
logger.info('Adding %s to cluster ...', node.fqdn)
ambari.clusters('cluster').hosts.create(node.fqdn)
for component in ambari.clusters('cluster').hosts(
secondary_nodes[0].fqdn).components:
logger.debug('Adding component (%s) to cluster on host (%s) ...',
component.component_name, node.fqdn)
host_components = ambari.clusters('cluster').hosts(
node.fqdn).components
host_components.create(component.component_name).wait()
logger.debug('Installing all registered components on host (%s) ...',
node.fqdn)
ambari.clusters('cluster').hosts(node.fqdn).components.install().wait()
if not args.dont_start_cluster:
logger.debug(
'Waiting for all hosts to reach healthy state before starting cluster ...'
)
def condition(ambari):
health_report = ambari.clusters('cluster').health_report
logger.debug('Ambari cluster health report: %s ...', health_report)
return health_report.get('Host/host_state/HEALTHY') == len(
list(ambari.hosts))
wait_for_condition(condition=condition, condition_args=[ambari])
logger.info('Starting cluster services ...')
ambari.clusters('cluster').services.start().wait()
events.subscribe(models.Bootstrap, 'wait', bootstrap_done,
events.states.FINISHED)
events.subscribe(models.Host, 'wait', host_progress,
events.states.PROGRESS)
events.subscribe(models.Host, 'wait', host_done, events.states.FINISHED)
config = get_default_config()
config.update(parse_config_file())
config.update(parse_cli_opts())
config['validate_ssl'] = not config.pop('no_validate_ssl', False)
if 'logger' in config:
log(config.pop('logger'))
ambari = Ambari(**config)
try:
version = ambari.version
except Exception: # pylint: disable=broad-except
traceback.print_exc()
six.print_("\nCould not connect to Ambari server - aborting!")
sys.exit(1)
shell_help = "\n".join([
"Ambari client available as 'ambari'",
" - Ambari Server is %s" % ambari.base_url,
" - Ambari Version is %s\n" % utils.version_str(version),
" - log(new_level) will reset the logger level",
" - ambari_ref() will show you all available client method chains",
])