def execute(self, args, show_output=True):
engine = self._get_engine(args)
session = self._get_session(engine)
cluster = Cluster()
cluster.name = args.cluster_name
cluster.description = 'Created by {} on {} (UTC)'.format(self._get_user_host(), datetime.utcnow().isoformat())
for name in('odb_type', 'odb_host', 'odb_port', 'odb_user', 'odb_db_name',
'broker_host', 'broker_port', 'lb_host', 'lb_port', 'lb_agent_port'):
setattr(cluster, name, getattr(args, name))
session.add(cluster)
admin_invoke_sec = HTTPBasicAuth(None, 'admin.invoke', True, 'admin.invoke', 'Zato admin invoke', args.admin_invoke_password, cluster)
session.add(admin_invoke_sec)
pubapi_sec = HTTPBasicAuth(None, 'pubapi', True, 'pubapi', 'Zato public API', uuid4().hex, cluster)
session.add(pubapi_sec)
self.add_soap_services(session, cluster, admin_invoke_sec, pubapi_sec)
self.add_ping_services(session, cluster)
try:
session.commit()
except IntegrityError, e:
msg = 'Cluster name [{}] already exists'.format(cluster.name)
if self.verbose:
msg += '. Caught an exception:[{}]'.format(format_exc(e))
self.logger.error(msg)
self.logger.error(msg)
session.rollback()
return self.SYS_ERROR.CLUSTER_NAME_ALREADY_EXISTS
def execute(self, args, show_output=True):
engine = self._get_engine(args)
session = self._get_session(engine)
cluster = Cluster()
cluster.name = args.cluster_name
cluster.description = 'Created by {} on {} (UTC)'.format(
self._get_user_host(),
datetime.utcnow().isoformat())
for name in ('odb_type', 'odb_host', 'odb_port', 'odb_user',
'odb_db_name', 'broker_host', 'broker_port', 'lb_host',
'lb_port', 'lb_agent_port'):
setattr(cluster, name, getattr(args, name))
session.add(cluster)
# TODO: getattrs below should be squared away - one of the attrs should win
# and the other one should be get ridden of.
admin_invoke_sec = HTTPBasicAuth(
None, 'admin.invoke', True, 'admin.invoke', 'Zato admin invoke',
getattr(args, 'admin_invoke_password', None)
or getattr(args, 'tech_account_password'), cluster)
session.add(admin_invoke_sec)
pubapi_sec = HTTPBasicAuth(None, 'pubapi', True, 'pubapi',
'Zato public API',
uuid4().hex, cluster)
session.add(pubapi_sec)
internal_invoke_sec = HTTPBasicAuth(None, 'zato.internal.invoke', True,
'zato.internal.invoke.user',
'Zato internal invoker',
uuid4().hex, cluster)
session.add(internal_invoke_sec)
self.add_internal_services(session, cluster, admin_invoke_sec,
pubapi_sec, internal_invoke_sec)
self.add_ping_services(session, cluster)
self.add_default_pubsub_accounts(session, cluster)
self.add_default_rbac_permissions(session, cluster)
self.add_default_rbac_roles(session, cluster)
try:
session.commit()
except IntegrityError, e:
msg = 'Cluster name [{}] already exists'.format(cluster.name)
if self.verbose:
msg += '. Caught an exception:[{}]'.format(
format_exc(e).decode('utf-8'))
self.logger.error(msg)
self.logger.error(msg)
session.rollback()
return self.SYS_ERROR.CLUSTER_NAME_ALREADY_EXISTS
def add_default_pubsub_accounts(self, session, cluster):
""" Adds default accounts used by pub/sub internally.
"""
for suffix in('consumer', 'producer'):
name = 'zato.pubsub.default-{}'.format(suffix)
item = HTTPBasicAuth(None, name, True, name, 'Zato pub/sub', uuid4().hex, cluster)
session.add(item)
def handle(self):
input = self.request.input
input.password = uuid4().hex
with closing(self.odb.session()) as session:
try:
cluster = session.query(Cluster).filter_by(
id=input.cluster_id).first()
# Let's see if we already have a definition of that name before committing
# any stuff into the database.
existing_one = session.query(HTTPBasicAuth).\
filter(Cluster.id==input.cluster_id).\
filter(HTTPBasicAuth.name==input.name).first()
if existing_one:
raise Exception(
'HTTP Basic Auth definition [{0}] already exists on this cluster'
.format(input.name))
auth = HTTPBasicAuth(None, input.name, input.is_active,
input.username, input.realm or None,
input.password, cluster)
session.add(auth)
session.commit()
except Exception, e:
msg = 'Could not create an HTTP Basic Auth definition, e:[{e}]'.format(
e=format_exc(e))
self.logger.error(msg)
session.rollback()
raise
else:
def add_rbac_role_and_acct(self, session, cluster, root_rbac_role, role_name, account_name, realm):
""" Create an RBAC role alongside a default account and random password for accessing it via Basic Auth.
:param session: SQLAlchemy session instance
:param cluster: Cluster model instance
:param root_rbac_role: RBACRole model instance for the root role
:param role_name: "My Descriptive RBAC Role Name"
:param account_name: "my_default_rbac_user"
:param realm: "http_auth_service_realm"
:return: New RBACRole model instance
"""
# Zato
from zato.common.api import MISC
from zato.common.odb.model import HTTPBasicAuth, RBACClientRole, RBACRole
role = RBACRole(name=role_name, parent=root_rbac_role, cluster=cluster)
session.add(role)
auth = HTTPBasicAuth(None, account_name, True, account_name, realm, new_password(), cluster)
session.add(auth)
client_role_def = MISC.SEPARATOR.join(('sec_def', 'basic_auth', account_name))
client_role_name = MISC.SEPARATOR.join((client_role_def, role.name))
client_role = RBACClientRole(name=client_role_name, client_def=client_role_def, role=role, cluster=cluster)
session.add(client_role)
return role
def add_cache_credentials(self, session, cluster):
from zato.common.api import CACHE
from zato.common.odb.model import HTTPBasicAuth
username = CACHE.API_USERNAME
sec = HTTPBasicAuth(None, username, True, username, 'Zato Cache', new_password(), cluster)
session.add(sec)
def add_sftp_credentials(self, session, cluster):
from zato.common.api import IPC
from zato.common.odb.model import HTTPBasicAuth
username = IPC.CONNECTOR.USERNAME.SFTP
sec = HTTPBasicAuth(None, username, True, username, 'Zato SFTP', new_password(), cluster)
session.add(sec)
def handle(self):
# If we have a rate limiting definition, let's check it upfront
DefinitionParser.check_definition_from_input(self.request.input)
input = self.request.input
input.password = uuid4().hex
with closing(self.odb.session()) as session:
try:
cluster = session.query(Cluster).filter_by(
id=input.cluster_id).first()
# Let's see if we already have a definition of that name before committing
# any stuff into the database.
existing_one = session.query(HTTPBasicAuth).\
filter(Cluster.id==input.cluster_id).\
filter(HTTPBasicAuth.name==input.name).first()
if existing_one:
raise Exception(
'HTTP Basic Auth definition `{}` already exists in this cluster'
.format(input.name))
auth = HTTPBasicAuth(None, input.name, input.is_active,
input.username, input.realm or None,
input.password, cluster)
set_instance_opaque_attrs(auth, input)
session.add(auth)
session.commit()
except Exception:
self.logger.error(
'Could not create an HTTP Basic Auth definition, e:`%s`',
format_exc())
session.rollback()
raise
else:
input.id = auth.id
input.action = SECURITY.BASIC_AUTH_CREATE.value
input.sec_type = SEC_DEF_TYPE.BASIC_AUTH
self.broker_client.publish(input)
self.response.payload.id = auth.id
self.response.payload.name = auth.name
def add_internal_callback_wmq(self, session, cluster):
from zato.common.api import IPC
from zato.common.odb.model import HTTPBasicAuth, HTTPSOAP, Service
impl_name = 'zato.server.service.internal.channel.jms_wmq.OnMessageReceived'
service = Service(None, 'zato.channel.jms-wmq.on-message-received', True, impl_name, True, cluster)
username = IPC.CONNECTOR.USERNAME.IBM_MQ
sec = HTTPBasicAuth(None, username, True, username, 'Zato IBM MQ', new_password(), cluster)
channel = HTTPSOAP(None, 'zato.internal.callback.wmq', True, True, 'channel', 'plain_http', None,
'/zato/internal/callback/wmq',
None, '', None, None, security=sec, service=service, cluster=cluster)
session.add(sec)
session.add(service)
session.add(channel)
def add_crypto_endpoints(self, session, cluster):
# Python 2/3 compatibility
from future.utils import iteritems
# Zato
from zato.common.api import DATA_FORMAT
from zato.common.odb.model import HTTPBasicAuth, HTTPSOAP, Service
service_to_endpoint = {
'zato.crypto.encrypt': '/zato/crypto/encrypt',
'zato.crypto.decrypt': '/zato/crypto/decrypt',
'zato.crypto.hash-secret': '/zato/crypto/hash-secret',
'zato.crypto.verify-hash': '/zato/crypto/verify-hash',
'zato.crypto.generate-secret': '/zato/crypto/generate-secret',
'zato.crypto.generate-password': '******',
}
service_to_impl = {
'zato.crypto.encrypt': 'zato.server.service.internal.crypto.Encrypt',
'zato.crypto.decrypt': 'zato.server.service.internal.crypto.Decrypt',
'zato.crypto.hash-secret': 'zato.server.service.internal.crypto.HashSecret',
'zato.crypto.verify-hash': 'zato.server.service.internal.crypto.VerifyHash',
'zato.crypto.generate-secret': 'zato.server.service.internal.crypto.GenerateSecret',
'zato.crypto.generate-password': '******',
}
sec = HTTPBasicAuth(None, 'zato.default.crypto.client', True, 'zato.crypto', 'Zato crypto', new_password(), cluster)
session.add(sec)
for name, impl_name in iteritems(service_to_impl):
service = Service(None, name, True, impl_name, True, cluster)
session.add(service)
url_path = service_to_endpoint[name]
http_soap = HTTPSOAP(None, name, True, True, 'channel', 'plain_http', None, url_path, None, '',
None, DATA_FORMAT.JSON, security=None, service=service, cluster=cluster)
session.add(http_soap)
def add_ping_services(self, session, cluster):
""" Adds a ping service and channels, with and without security checks.
"""
passwords = {
'ping.plain_http.basic_auth': None,
'ping.soap.basic_auth': None,
'ping.soap.wss.clear_text': None,
}
for password in passwords:
passwords[password] = uuid4().hex
ping_impl_name = 'zato.server.service.internal.Ping'
ping_service_name = 'zato.ping'
ping_service = Service(None, ping_service_name, True, ping_impl_name, True, cluster)
session.add(ping_service)
#
# .. no security ..
#
# TODO
# Change it to /zato/json/ping
# and add an actual /zato/ping with no data format specified.
ping_no_sec_channel = HTTPSOAP(
None, 'zato.ping', True, True, 'channel',
'plain_http', None, '/zato/ping', None, '', None, SIMPLE_IO.FORMAT.JSON, service=ping_service, cluster=cluster)
session.add(ping_no_sec_channel)
#
# All the possible options
#
# Plain HTTP / Basic auth
# SOAP / Basic auth
# SOAP / WSS / Clear text
#
transports = ['plain_http', 'soap']
wss_types = ['clear_text']
for transport in transports:
if transport == 'plain_http':
data_format = SIMPLE_IO.FORMAT.JSON
else:
data_format = SIMPLE_IO.FORMAT.XML
base_name = 'ping.{0}.basic_auth'.format(transport)
zato_name = 'zato.{0}'.format(base_name)
url = '/zato/{0}'.format(base_name)
soap_action, soap_version = (zato_name, '1.1') if transport == 'soap' else ('', None)
password = passwords[base_name]
sec = HTTPBasicAuth(None, zato_name, True, zato_name, 'Zato ping', password, cluster)
session.add(sec)
channel = HTTPSOAP(
None, zato_name, True, True, 'channel', transport, None, url, None, soap_action,
soap_version, data_format, service=ping_service, security=sec, cluster=cluster)
session.add(channel)
if transport == 'soap':
for wss_type in wss_types:
base_name = 'ping.{0}.wss.{1}'.format(transport, wss_type)
zato_name = 'zato.{0}'.format(base_name)
url = '/zato/{0}'.format(base_name)
password = passwords[base_name]
sec = WSSDefinition(None, zato_name, True, zato_name, password, wss_type, False, True, 3600, 3600, cluster)
session.add(sec)
channel = HTTPSOAP(
None, zato_name, True, True, 'channel', transport, None, url, None, soap_action,
soap_version, data_format, service=ping_service, security=sec, cluster=cluster)
session.add(channel)
def add_pubsub_sec_endpoints(self, session, cluster):
from zato.common.api import CONNECTION, DATA_FORMAT, PUBSUB, URL_TYPE
from zato.common.json_internal import dumps
from zato.common.odb.model import HTTPBasicAuth, HTTPSOAP, PubSubEndpoint, PubSubSubscription, PubSubTopic, \
Service
from zato.common.pubsub import new_sub_key
from zato.common.util.time_ import utcnow_as_ms
sec_demo = HTTPBasicAuth(
None, 'zato.pubsub.demo.secdef', True, 'zato.pubsub.demo', 'Zato pub/sub demo', new_password(), cluster)
session.add(sec_demo)
sec_default_internal = HTTPBasicAuth(None, 'zato.pubsub.internal.secdef', True, 'zato.pubsub.internal',
'Zato pub/sub internal', new_password(), cluster)
session.add(sec_default_internal)
impl_name1 = 'zato.server.service.internal.pubsub.pubapi.TopicService'
impl_name2 = 'zato.server.service.internal.pubsub.pubapi.SubscribeService'
impl_name3 = 'zato.server.service.internal.pubsub.pubapi.MessageService'
impl_demo = 'zato.server.service.internal.helpers.JSONRawRequestLogger'
service_topic = Service(None, 'zato.pubsub.pubapi.topic-service', True, impl_name1, True, cluster)
service_sub = Service(None, 'zato.pubsub.pubapi.subscribe-service', True, impl_name2, True, cluster)
service_msg = Service(None, 'zato.pubsub.pubapi.message-service', True, impl_name3, True, cluster)
service_demo = Service(None, 'zato.pubsub.helpers.json-raw-request-logger', True, impl_demo, True, cluster)
# Opaque data that lets clients use topic contain slash characters
opaque = dumps({'match_slash':True})
chan_topic = HTTPSOAP(None, 'zato.pubsub.topic.topic_name', True, True, CONNECTION.CHANNEL,
URL_TYPE.PLAIN_HTTP, None, '/zato/pubsub/topic/{topic_name}',
None, '', None, DATA_FORMAT.JSON, security=None, service=service_topic, opaque=opaque,
cluster=cluster)
chan_sub = HTTPSOAP(None, 'zato.pubsub.subscribe.topic.topic_name', True, True, CONNECTION.CHANNEL,
URL_TYPE.PLAIN_HTTP, None, '/zato/pubsub/subscribe/topic/{topic_name}',
None, '', None, DATA_FORMAT.JSON, security=None, service=service_sub, opaque=opaque,
cluster=cluster)
chan_msg = HTTPSOAP(None, 'zato.pubsub.msg.msg_id', True, True, CONNECTION.CHANNEL,
URL_TYPE.PLAIN_HTTP, None, '/zato/pubsub/msg/{msg_id}',
None, '', None, DATA_FORMAT.JSON, security=None, service=service_msg, opaque=opaque,
cluster=cluster)
chan_demo = HTTPSOAP(None, 'pubsub.demo.sample.channel', True, True, CONNECTION.CHANNEL,
URL_TYPE.PLAIN_HTTP, None, '/zato/pubsub/zato.demo.sample',
None, '', None, DATA_FORMAT.JSON, security=sec_demo, service=service_demo, opaque=opaque,
cluster=cluster)
outconn_demo = HTTPSOAP(None, 'pubsub.demo.sample.outconn', True, True, CONNECTION.OUTGOING,
URL_TYPE.PLAIN_HTTP, 'http://localhost:11223', '/zato/pubsub/zato.demo.sample',
None, '', None, DATA_FORMAT.JSON, security=sec_demo, opaque=opaque,
cluster=cluster)
endpoint_default_internal = PubSubEndpoint()
endpoint_default_internal.name = PUBSUB.DEFAULT.INTERNAL_ENDPOINT_NAME
endpoint_default_internal.is_internal = True
endpoint_default_internal.role = PUBSUB.ROLE.PUBLISHER_SUBSCRIBER.id
endpoint_default_internal.topic_patterns = 'pub=/*\nsub=/*'
endpoint_default_internal.security = sec_default_internal
endpoint_default_internal.cluster = cluster
endpoint_default_internal.endpoint_type = PUBSUB.ENDPOINT_TYPE.INTERNAL.id
endpoint_demo = PubSubEndpoint()
endpoint_demo.name = 'zato.pubsub.demo.endpoint'
endpoint_demo.is_internal = True
endpoint_demo.role = PUBSUB.ROLE.PUBLISHER_SUBSCRIBER.id
endpoint_demo.topic_patterns = 'pub=/zato/demo/*\nsub=/zato/demo/*'
endpoint_demo.security = sec_demo
endpoint_demo.cluster = cluster
endpoint_demo.endpoint_type = PUBSUB.ENDPOINT_TYPE.REST.id
topic = PubSubTopic()
topic.name = '/zato/demo/sample'
topic.is_active = True
topic.is_api_sub_allowed = True
topic.is_internal = True
topic.max_depth = 100
topic.has_gd = False
topic.cluster = cluster
sub = PubSubSubscription()
sub.creation_time = utcnow_as_ms()
sub.topic = topic
sub.endpoint = endpoint_demo
sub.sub_key = new_sub_key(endpoint_demo.endpoint_type)
sub.has_gd = False
sub.sub_pattern_matched = 'sub=/zato/demo/*'
sub.active_status = PUBSUB.QUEUE_ACTIVE_STATUS.FULLY_ENABLED.id
sub.cluster = cluster
sub.wrap_one_msg_in_list = False
sub.delivery_err_should_block = False
sub.out_http_soap = outconn_demo
session.add(endpoint_default_internal)
session.add(endpoint_demo)
session.add(topic)
session.add(sub)
session.add(service_topic)
session.add(service_sub)
session.add(service_msg)
session.add(chan_topic)
session.add(chan_sub)
session.add(chan_msg)
session.add(chan_demo)
session.add(outconn_demo)
def execute(self, args, show_output=True):
# stdlib
from datetime import datetime
from traceback import format_exc
# SQLAlchemy
from sqlalchemy.exc import IntegrityError
# Zato
from zato.common.odb.model import Cluster, HTTPBasicAuth
from zato.common.odb.post_process import ODBPostProcess
engine = self._get_engine(args)
session = self._get_session(engine)
if engine.dialect.has_table(engine.connect(), 'install_state'):
if is_arg_given(args, 'skip-if-exists', 'skip_if_exists'):
if show_output:
if self.verbose:
self.logger.debug('Cluster already exists, skipped its creation')
else:
self.logger.info('OK')
return
with session.no_autoflush:
cluster = Cluster()
cluster.name = args.cluster_name
cluster.description = 'Created by {} on {} (UTC)'.format(self._get_user_host(), datetime.utcnow().isoformat())
for name in(
'odb_type', 'odb_host', 'odb_port', 'odb_user', 'odb_db_name',
'broker_host', 'broker_port', 'lb_host', 'lb_port', 'lb_agent_port'):
setattr(cluster, name, getattr(args, name))
session.add(cluster)
# With a cluster object in place, we can construct the ODB post-processor
odb_post_process = ODBPostProcess(session, cluster, None)
# admin.invoke user's password may be possibly in one of these attributes,
# but if it is now, generate a new one.
admin_invoke_password = getattr(args, 'admin-invoke-password', None)
if not admin_invoke_password:
admin_invoke_password = getattr(args, 'admin_invoke_password', None)
if not admin_invoke_password:
admin_invoke_password = new_password()
admin_invoke_sec = HTTPBasicAuth(None, 'admin.invoke', True, 'admin.invoke', 'Zato admin invoke',
admin_invoke_password, cluster)
session.add(admin_invoke_sec)
pubapi_sec = HTTPBasicAuth(None, 'pubapi', True, 'pubapi', 'Zato public API', new_password(), cluster)
session.add(pubapi_sec)
internal_invoke_sec = HTTPBasicAuth(None, 'zato.internal.invoke', True, 'zato.internal.invoke.user',
'Zato internal invoker', new_password(), cluster)
session.add(internal_invoke_sec)
self.add_default_rbac_permissions(session, cluster)
root_rbac_role = self.add_default_rbac_roles(session, cluster)
ide_pub_rbac_role = self.add_rbac_role_and_acct(
session, cluster, root_rbac_role, 'IDE Publishers', 'ide_publisher', 'ide_publisher')
# We need to flush the session here, after adding default RBAC permissions
# which are needed by REST channels with security delegated to RBAC.
session.flush()
self.add_internal_services(session, cluster, admin_invoke_sec, pubapi_sec, internal_invoke_sec, ide_pub_rbac_role)
self.add_ping_services(session, cluster)
self.add_default_cache(session, cluster)
self.add_cache_endpoints(session, cluster)
self.add_crypto_endpoints(session, cluster)
self.add_pubsub_sec_endpoints(session, cluster)
# IBM MQ connections / connectors
self.add_internal_callback_wmq(session, cluster)
# SFTP connections / connectors
self.add_sftp_credentials(session, cluster)
# Account to access cache services with
self.add_cache_credentials(session, cluster)
# SSO
self.add_sso_endpoints(session, cluster)
# Run ODB post-processing tasks
odb_post_process.run()
try:
session.commit()
except IntegrityError as e:
msg = 'SQL IntegrityError caught `{}`'.format(e.message)
if self.verbose:
msg += '\nDetails:`{}`'.format(format_exc().decode('utf-8'))
self.logger.error(msg)
self.logger.error(msg)
session.rollback()
return self.SYS_ERROR.CLUSTER_NAME_ALREADY_EXISTS
if show_output:
if self.verbose:
msg = 'Successfully created a new cluster [{}]'.format(args.cluster_name)
self.logger.debug(msg)
else:
self.logger.info('OK')
def add_cache_endpoints(self, session, cluster):
# Python 2/3 compatibility
from future.utils import iteritems
# Zato
from zato.common.api import DATA_FORMAT
from zato.common.odb.model import HTTPBasicAuth, HTTPSOAP, Service
service_to_endpoint = {
# For single keys
'zato.cache.builtin.pubapi.single-key-service': '/zato/cache/{key}',
# Multi-key get
'zato.cache.builtin.pubapi.get-by-prefix': '/zato/cache/get/by-prefix/{key}',
'zato.cache.builtin.pubapi.get-by-regex': '/zato/cache/get/by-regex/{key}',
'zato.cache.builtin.pubapi.get-by-suffix': '/zato/cache/get/by-suffix/{key}',
'zato.cache.builtin.pubapi.get-contains': '/zato/cache/get/contains/{key}',
'zato.cache.builtin.pubapi.get-not-contains': '/zato/cache/get/not-contains/{key}',
'zato.cache.builtin.pubapi.get-contains-all': '/zato/cache/get/contains-all',
'zato.cache.builtin.pubapi.get-contains-any': '/zato/cache/get/contains-any',
# Multi-key set
'zato.cache.builtin.pubapi.set-by-prefix': '/zato/cache/set/by-prefix/{key}',
'zato.cache.builtin.pubapi.set-by-regex': '/zato/cache/set/by-regex/{key}',
'zato.cache.builtin.pubapi.set-by-suffix': '/zato/cache/set/by-suffix/{key}',
'zato.cache.builtin.pubapi.set-contains': '/zato/cache/set/contains/{key}',
'zato.cache.builtin.pubapi.set-not-contains': '/zato/cache/set/not-contains/{key}',
'zato.cache.builtin.pubapi.set-contains-all': '/zato/cache/set/contains-all',
'zato.cache.builtin.pubapi.set-contains-any': '/zato/cache/set/contains-any',
# Multi-key delete
'zato.cache.builtin.pubapi.delete-by-prefix': '/zato/cache/delete/by-prefix/{key}',
'zato.cache.builtin.pubapi.delete-by-regex': '/zato/cache/delete/by-regex/{key}',
'zato.cache.builtin.pubapi.delete-by-suffix': '/zato/cache/delete/by-suffix/{key}',
'zato.cache.builtin.pubapi.delete-contains': '/zato/cache/delete/contains/{key}',
'zato.cache.builtin.pubapi.delete-not-contains': '/zato/cache/delete/not-contains/{key}',
'zato.cache.builtin.pubapi.delete-contains-all': '/zato/cache/delete/contains-all',
'zato.cache.builtin.pubapi.delete-contains-any': '/zato/cache/delete/contains-any',
# Multi-key expire
'zato.cache.builtin.pubapi.expire-by-prefix': '/zato/cache/expire/by-prefix/{key}',
'zato.cache.builtin.pubapi.expire-by-regex': '/zato/cache/expire/by-regex/{key}',
'zato.cache.builtin.pubapi.expire-by-suffix': '/zato/cache/expire/by-suffix/{key}',
'zato.cache.builtin.pubapi.expire-contains': '/zato/cache/expire/contains/{key}',
'zato.cache.builtin.pubapi.expire-not-contains': '/zato/cache/expire/not-contains/{key}',
'zato.cache.builtin.pubapi.expire-contains-all': '/zato/cache/expire/contains-all',
'zato.cache.builtin.pubapi.expire-contains-any': '/zato/cache/expire/contains-any',
}
service_to_impl = {
# For single keys
'zato.cache.builtin.pubapi.single-key-service': 'zato.server.service.internal.cache.builtin.pubapi.SingleKeyService',
# Multi-key get
'zato.cache.builtin.pubapi.get-by-prefix': 'zato.server.service.internal.cache.builtin.pubapi.GetByPrefix',
'zato.cache.builtin.pubapi.get-by-regex': 'zato.server.service.internal.cache.builtin.pubapi.GetByRegex',
'zato.cache.builtin.pubapi.get-by-suffix': 'zato.server.service.internal.cache.builtin.pubapi.GetBySuffix',
'zato.cache.builtin.pubapi.get-contains': 'zato.server.service.internal.cache.builtin.pubapi.GetContains',
'zato.cache.builtin.pubapi.get-not-contains': 'zato.server.service.internal.cache.builtin.pubapi.GetNotContains',
'zato.cache.builtin.pubapi.get-contains-all': 'zato.server.service.internal.cache.builtin.pubapi.GetContainsAll',
'zato.cache.builtin.pubapi.get-contains-any': 'zato.server.service.internal.cache.builtin.pubapi.GetContainsAny',
# Multi-key set
'zato.cache.builtin.pubapi.set-by-prefix': 'zato.server.service.internal.cache.builtin.pubapi.SetByPrefix',
'zato.cache.builtin.pubapi.set-by-regex': 'zato.server.service.internal.cache.builtin.pubapi.SetByRegex',
'zato.cache.builtin.pubapi.set-by-suffix': 'zato.server.service.internal.cache.builtin.pubapi.SetBySuffix',
'zato.cache.builtin.pubapi.set-contains': 'zato.server.service.internal.cache.builtin.pubapi.SetContains',
'zato.cache.builtin.pubapi.set-not-contains': 'zato.server.service.internal.cache.builtin.pubapi.SetNotContains',
'zato.cache.builtin.pubapi.set-contains-all': 'zato.server.service.internal.cache.builtin.pubapi.SetContainsAll',
'zato.cache.builtin.pubapi.set-contains-any': 'zato.server.service.internal.cache.builtin.pubapi.SetContainsAny',
# Multi-key delete
'zato.cache.builtin.pubapi.delete-by-prefix': 'zato.server.service.internal.cache.builtin.pubapi.DeleteByPrefix',
'zato.cache.builtin.pubapi.delete-by-regex': 'zato.server.service.internal.cache.builtin.pubapi.DeleteByRegex',
'zato.cache.builtin.pubapi.delete-by-suffix': 'zato.server.service.internal.cache.builtin.pubapi.DeleteBySuffix',
'zato.cache.builtin.pubapi.delete-contains': 'zato.server.service.internal.cache.builtin.pubapi.DeleteContains',
'zato.cache.builtin.pubapi.delete-not-contains': 'zato.server.service.internal.cache.builtin.pubapi.DeleteNotContains',
'zato.cache.builtin.pubapi.delete-contains-all': 'zato.server.service.internal.cache.builtin.pubapi.DeleteContainsAll',
'zato.cache.builtin.pubapi.delete-contains-any': 'zato.server.service.internal.cache.builtin.pubapi.DeleteContainsAny',
# Multi-key expire
'zato.cache.builtin.pubapi.expire-by-prefix': 'zato.server.service.internal.cache.builtin.pubapi.ExpireByPrefix',
'zato.cache.builtin.pubapi.expire-by-regex': 'zato.server.service.internal.cache.builtin.pubapi.ExpireByRegex',
'zato.cache.builtin.pubapi.expire-by-suffix': 'zato.server.service.internal.cache.builtin.pubapi.ExpireBySuffix',
'zato.cache.builtin.pubapi.expire-contains': 'zato.server.service.internal.cache.builtin.pubapi.ExpireContains',
'zato.cache.builtin.pubapi.expire-not-contains': 'zato.server.service.internal.cache.builtin.pubapi.ExpireNotContains',
'zato.cache.builtin.pubapi.expire-contains-all': 'zato.server.service.internal.cache.builtin.pubapi.ExpireContainsAll',
'zato.cache.builtin.pubapi.expire-contains-any': 'zato.server.service.internal.cache.builtin.pubapi.ExpireContainsAny',
}
sec = HTTPBasicAuth(None, 'zato.default.cache.client', True, 'zato.cache', 'Zato cache', new_password(), cluster)
session.add(sec)
for name, impl_name in iteritems(service_to_impl):
service = Service(None, name, True, impl_name, True, cluster)
session.add(service)
url_path = service_to_endpoint[name]
http_soap = HTTPSOAP(None, name, True, True, 'channel', 'plain_http', None, url_path, None, '',
None, DATA_FORMAT.JSON, security=None, service=service, cluster=cluster)
session.add(http_soap)