def test_call_context():
def progress(arg):
pass
parent = Context()
session_details = SessionDetails('default', 5)
call_details = CallDetails(progress=progress, caller=8, caller_authid='user',
caller_authrole='role', procedure='procedurename')
context = CallContext(parent, session_details, call_details)
assert context.session_id == 5
assert context.caller_session_id == 8
assert context.caller_auth_id == 'user'
assert context.caller_auth_role == 'role'
assert context.procedure == 'procedurename'
assert context.enc_algo is None
assert context.progress is progress
def _startup(self, config):
"""
Startup elements in the node as specified in the provided node configuration.
"""
self.log.info('Configuring node from local configuration ...')
# call options we use to call into the local node management API
call_options = CallOptions()
# fake call details we use to call into the local node management API
call_details = CallDetails(caller=0)
# get contoller configuration subpart
controller = config.get('controller', {})
# start Manhole in node controller
if 'manhole' in controller:
yield self._controller.start_manhole(controller['manhole'],
details=call_details)
# startup all workers
workers = config.get('workers', [])
if len(workers):
self.log.info('Starting {nworkers} workers ...',
nworkers=len(workers))
else:
self.log.info('No workers configured!')
for worker in workers:
# worker ID
if 'id' in worker:
worker_id = worker.pop('id')
else:
worker_id = 'worker-{:03d}'.format(self._worker_no)
self._worker_no += 1
# worker type - a type of working process from the following fixed list
worker_type = worker['type']
assert (worker_type
in ['router', 'container', 'guest', 'websocket-testee'])
# set logname depending on worker type
if worker_type == 'router':
worker_logname = "Router '{}'".format(worker_id)
elif worker_type == 'container':
worker_logname = "Container '{}'".format(worker_id)
elif worker_type == 'websocket-testee':
worker_logname = "WebSocketTestee '{}'".format(worker_id)
elif worker_type == 'guest':
worker_logname = "Guest '{}'".format(worker_id)
else:
raise Exception("logic error")
# any worker specific options
worker_options = worker.get('options', {})
# native worker processes: router, container, websocket-testee
if worker_type in ['router', 'container', 'websocket-testee']:
# start a new native worker process ..
if worker_type == 'router':
yield self._controller.start_router(worker_id,
worker_options,
details=call_details)
elif worker_type == 'container':
yield self._controller.start_container(
worker_id, worker_options, details=call_details)
elif worker_type == 'websocket-testee':
yield self._controller.start_websocket_testee(
worker_id, worker_options, details=call_details)
else:
raise Exception("logic error")
# setup native worker generic stuff
if 'pythonpath' in worker_options:
added_paths = yield self._controller.call(
'crossbar.worker.{}.add_pythonpath'.format(worker_id),
worker_options['pythonpath'],
options=call_options)
self.log.debug("{worker}: PYTHONPATH extended for {paths}",
worker=worker_logname,
paths=added_paths)
if 'cpu_affinity' in worker_options:
new_affinity = yield self._controller.call(
'crossbar.worker.{}.set_cpu_affinity'.format(
worker_id),
worker_options['cpu_affinity'],
options=call_options)
self.log.debug("{worker}: CPU affinity set to {affinity}",
worker=worker_logname,
affinity=new_affinity)
if 'manhole' in worker:
yield self._controller.call(
'crossbar.worker.{}.start_manhole'.format(worker_id),
worker['manhole'],
options=call_options)
self.log.debug("{worker}: manhole started",
worker=worker_logname)
# setup router worker
if worker_type == 'router':
# start realms on router
for realm in worker.get('realms', []):
# start realm
if 'id' in realm:
realm_id = realm.pop('id')
else:
realm_id = 'realm-{:03d}'.format(self._realm_no)
self._realm_no += 1
yield self._controller.call(
'crossbar.worker.{}.start_router_realm'.format(
worker_id),
realm_id,
realm,
options=call_options)
self.log.info(
"{worker}: realm '{realm_id}' (named '{realm_name}') started",
worker=worker_logname,
realm_id=realm_id,
realm_name=realm['name'])
# add roles to realm
for role in realm.get('roles', []):
if 'id' in role:
role_id = role.pop('id')
else:
role_id = 'role-{:03d}'.format(self._role_no)
self._role_no += 1
yield self._controller.call(
'crossbar.worker.{}.start_router_realm_role'.
format(worker_id),
realm_id,
role_id,
role,
options=call_options)
self.log.info(
"{logname}: role '{role}' (named '{role_name}') started on realm '{realm}'",
logname=worker_logname,
role=role_id,
role_name=role['name'],
realm=realm_id,
)
# start uplinks for realm
for uplink in realm.get('uplinks', []):
if 'id' in uplink:
uplink_id = uplink.pop('id')
else:
uplink_id = 'uplink-{:03d}'.format(
self._uplink_no)
self._uplink_no += 1
yield self._controller.call(
'crossbar.worker.{}.start_router_realm_uplink'.
format(worker_id),
realm_id,
uplink_id,
uplink,
options=call_options)
self.log.info(
"{logname}: uplink '{uplink}' started on realm '{realm}'",
logname=worker_logname,
uplink=uplink_id,
realm=realm_id,
)
# start connections (such as PostgreSQL database connection pools)
# to run embedded in the router
for connection in worker.get('connections', []):
if 'id' in connection:
connection_id = connection.pop('id')
else:
connection_id = 'connection-{:03d}'.format(
self._connection_no)
self._connection_no += 1
yield self._controller.call(
'crossbar.worker.{}.start_connection'.format(
worker_id),
connection_id,
connection,
options=call_options)
self.log.info(
"{logname}: connection '{connection}' started",
logname=worker_logname,
connection=connection_id,
)
# start components to run embedded in the router
for component in worker.get('components', []):
if 'id' in component:
component_id = component.pop('id')
else:
component_id = 'component-{:03d}'.format(
self._component_no)
self._component_no += 1
yield self._controller.call(
'crossbar.worker.{}.start_router_component'.format(
worker_id),
component_id,
component,
options=call_options)
self.log.info(
"{logname}: component '{component}' started",
logname=worker_logname,
component=component_id,
)
# start transports on router
for transport in worker['transports']:
if 'id' in transport:
transport_id = transport.pop('id')
else:
transport_id = 'transport-{:03d}'.format(
self._transport_no)
self._transport_no += 1
yield self._controller.call(
'crossbar.worker.{}.start_router_transport'.format(
worker_id),
transport_id,
transport,
options=call_options)
self.log.info(
"{logname}: transport '{tid}' started",
logname=worker_logname,
tid=transport_id,
)
# setup container worker
elif worker_type == 'container':
# if components exit "very soon after" we try to
# start them, we consider that a failure and shut
# our node down. We remove this subscription 2
# seconds after we're done starting everything
# (see below). This is necessary as
# start_container_component returns as soon as
# we've established a connection to the component
def component_exited(info):
component_id = info.get("id")
self.log.critical(
"Component '{component_id}' failed to start; shutting down node.",
component_id=component_id)
try:
self._reactor.stop()
except twisted.internet.error.ReactorNotRunning:
pass
topic = 'crossbar.worker.{}.container.on_component_stop'.format(
worker_id)
component_stop_sub = yield self._controller.subscribe(
component_exited, topic)
# start connections (such as PostgreSQL database connection pools)
# to run embedded in the container
#
for connection in worker.get('connections', []):
if 'id' in connection:
connection_id = connection.pop('id')
else:
connection_id = 'connection-{:03d}'.format(
self._connection_no)
self._connection_no += 1
yield self._controller.call(
'crossbar.worker.{}.start_connection'.format(
worker_id),
connection_id,
connection,
options=call_options)
self.log.info(
"{logname}: connection '{connection}' started",
logname=worker_logname,
connection=connection_id,
)
# start components to run embedded in the container
#
for component in worker.get('components', []):
if 'id' in component:
component_id = component.pop('id')
else:
component_id = 'component-{:03d}'.format(
self._component_no)
self._component_no += 1
yield self._controller.call(
'crossbar.worker.{}.start_container_component'.
format(worker_id),
component_id,
component,
options=call_options)
self.log.info(
"{worker}: component '{component_id}' started",
worker=worker_logname,
component_id=component_id)
# after 2 seconds, consider all the application components running
self._reactor.callLater(2, component_stop_sub.unsubscribe)
# setup websocket-testee worker
elif worker_type == 'websocket-testee':
# start transport on websocket-testee
transport = worker['transport']
transport_id = 'transport-{:03d}'.format(
self._transport_no)
self._transport_no = 1
yield self._controller.call(
'crossbar.worker.{}.start_websocket_testee_transport'.
format(worker_id),
transport_id,
transport,
options=call_options)
self.log.info(
"{logname}: transport '{tid}' started",
logname=worker_logname,
tid=transport_id,
)
else:
raise Exception("logic error")
elif worker_type == 'guest':
# start guest worker
#
yield self._controller.start_guest(worker_id,
worker,
details=call_details)
self.log.info("{worker}: started", worker=worker_logname)
else:
raise Exception("logic error")
self.log.info('Local node configuration applied.')
def _startup(self, config):
# fake call details information when calling into
# remoted procedure locally
#
call_details = CallDetails(caller=0)
controller = config.get('controller', {})
# start Manhole in node controller
#
if 'manhole' in controller:
yield self._controller.start_manhole(controller['manhole'],
details=call_details)
# startup all workers
#
worker_no = 1
call_options = CallOptions(disclose_me=True)
for worker in config.get('workers', []):
# worker ID, type and logname
#
if 'id' in worker:
worker_id = worker.pop('id')
else:
worker_id = 'worker{}'.format(worker_no)
worker_no += 1
worker_type = worker['type']
worker_options = worker.get('options', {})
if worker_type == 'router':
worker_logname = "Router '{}'".format(worker_id)
elif worker_type == 'container':
worker_logname = "Container '{}'".format(worker_id)
elif worker_type == 'websocket-testee':
worker_logname = "WebSocketTestee '{}'".format(worker_id)
elif worker_type == 'guest':
worker_logname = "Guest '{}'".format(worker_id)
else:
raise Exception("logic error")
# router/container
#
if worker_type in ['router', 'container', 'websocket-testee']:
# start a new native worker process ..
#
if worker_type == 'router':
yield self._controller.start_router(worker_id,
worker_options,
details=call_details)
elif worker_type == 'container':
yield self._controller.start_container(
worker_id, worker_options, details=call_details)
elif worker_type == 'websocket-testee':
yield self._controller.start_websocket_testee(
worker_id, worker_options, details=call_details)
else:
raise Exception("logic error")
# setup native worker generic stuff
#
if 'pythonpath' in worker_options:
added_paths = yield self._controller.call(
'crossbar.node.{}.worker.{}.add_pythonpath'.format(
self._node_id, worker_id),
worker_options['pythonpath'],
options=call_options)
self.log.debug("{worker}: PYTHONPATH extended for {paths}",
worker=worker_logname,
paths=added_paths)
if 'cpu_affinity' in worker_options:
new_affinity = yield self._controller.call(
'crossbar.node.{}.worker.{}.set_cpu_affinity'.format(
self._node_id, worker_id),
worker_options['cpu_affinity'],
options=call_options)
self.log.debug("{worker}: CPU affinity set to {affinity}",
worker=worker_logname,
affinity=new_affinity)
if 'manhole' in worker:
yield self._controller.call(
'crossbar.node.{}.worker.{}.start_manhole'.format(
self._node_id, worker_id),
worker['manhole'],
options=call_options)
self.log.debug("{worker}: manhole started",
worker=worker_logname)
# setup router worker
#
if worker_type == 'router':
# start realms on router
#
realm_no = 1
for realm in worker.get('realms', []):
if 'id' in realm:
realm_id = realm.pop('id')
else:
realm_id = 'realm{}'.format(realm_no)
realm_no += 1
# extract schema information from WAMP-flavored Markdown
#
schemas = None
if 'schemas' in realm:
schemas = {}
schema_pat = re.compile(r"```javascript(.*?)```",
re.DOTALL)
cnt_files = 0
cnt_decls = 0
for schema_file in realm.pop('schemas'):
schema_file = os.path.join(
self._cbdir, schema_file)
self.log.info(
"{worker}: processing WAMP-flavored Markdown file {schema_file} for WAMP schema declarations",
worker=worker_logname,
schema_file=schema_file)
with open(schema_file, 'r') as f:
cnt_files += 1
for d in schema_pat.findall(f.read()):
try:
o = json.loads(d)
if isinstance(
o, dict
) and '$schema' in o and o[
'$schema'] == u'http://wamp.ws/schema#':
uri = o['uri']
if uri not in schemas:
schemas[uri] = {}
schemas[uri].update(o)
cnt_decls += 1
except Exception:
self.log.failure(
"{worker}: WARNING - failed to process declaration in {schema_file} - {log_failure.value}",
worker=worker_logname,
schema_file=schema_file)
self.log.info(
"{worker}: processed {cnt_files} files extracting {cnt_decls} schema declarations and {len_schemas} URIs",
worker=worker_logname,
cnt_files=cnt_files,
cnt_decls=cnt_decls,
len_schemas=len(schemas))
enable_trace = realm.get('trace', False)
yield self._controller.call(
'crossbar.node.{}.worker.{}.start_router_realm'.
format(self._node_id, worker_id),
realm_id,
realm,
schemas,
enable_trace=enable_trace,
options=call_options)
self.log.info(
"{worker}: realm '{realm_id}' (named '{realm_name}') started",
worker=worker_logname,
realm_id=realm_id,
realm_name=realm['name'],
enable_trace=enable_trace)
# add roles to realm
#
role_no = 1
for role in realm.get('roles', []):
if 'id' in role:
role_id = role.pop('id')
else:
role_id = 'role{}'.format(role_no)
role_no += 1
yield self._controller.call(
'crossbar.node.{}.worker.{}.start_router_realm_role'
.format(self._node_id, worker_id),
realm_id,
role_id,
role,
options=call_options)
self.log.info(
"{}: role '{}' (named '{}') started on realm '{}'"
.format(worker_logname, role_id, role['name'],
realm_id))
# start uplinks for realm
#
uplink_no = 1
for uplink in realm.get('uplinks', []):
if 'id' in uplink:
uplink_id = uplink.pop('id')
else:
uplink_id = 'uplink{}'.format(uplink_no)
uplink_no += 1
yield self._controller.call(
'crossbar.node.{}.worker.{}.start_router_realm_uplink'
.format(self._node_id, worker_id),
realm_id,
uplink_id,
uplink,
options=call_options)
self.log.info(
"{}: uplink '{}' started on realm '{}'".format(
worker_logname, uplink_id, realm_id))
# start connections (such as PostgreSQL database connection pools)
# to run embedded in the router
#
connection_no = 1
for connection in worker.get('connections', []):
if 'id' in connection:
connection_id = connection.pop('id')
else:
connection_id = 'connection{}'.format(
connection_no)
connection_no += 1
yield self._controller.call(
'crossbar.node.{}.worker.{}.start_connection'.
format(self._node_id, worker_id),
connection_id,
connection,
options=call_options)
self.log.info("{}: connection '{}' started".format(
worker_logname, connection_id))
# start components to run embedded in the router
#
component_no = 1
for component in worker.get('components', []):
if 'id' in component:
component_id = component.pop('id')
else:
component_id = 'component{}'.format(component_no)
component_no += 1
yield self._controller.call(
'crossbar.node.{}.worker.{}.start_router_component'
.format(self._node_id, worker_id),
component_id,
component,
options=call_options)
self.log.info("{}: component '{}' started".format(
worker_logname, component_id))
# start transports on router
#
transport_no = 1
for transport in worker['transports']:
if 'id' in transport:
transport_id = transport.pop('id')
else:
transport_id = 'transport{}'.format(transport_no)
transport_no += 1
yield self._controller.call(
'crossbar.node.{}.worker.{}.start_router_transport'
.format(self._node_id, worker_id),
transport_id,
transport,
options=call_options)
self.log.info("{}: transport '{}' started".format(
worker_logname, transport_id))
# setup container worker
#
elif worker_type == 'container':
component_no = 1
# if components exit "very soon after" we try to
# start them, we consider that a failure and shut
# our node down. We remove this subscription 2
# seconds after we're done starting everything
# (see below). This is necessary as
# start_container_component returns as soon as
# we've established a connection to the component
def component_exited(info):
component_id = info.get("id")
self.log.critical(
"Component '{component_id}' failed to start; shutting down node.",
component_id=component_id)
try:
self._reactor.stop()
except twisted.internet.error.ReactorNotRunning:
pass
topic = 'crossbar.node.{}.worker.{}.container.on_component_stop'.format(
self._node_id, worker_id)
component_stop_sub = yield self._controller.subscribe(
component_exited, topic)
# start connections (such as PostgreSQL database connection pools)
# to run embedded in the container
#
connection_no = 1
for connection in worker.get('connections', []):
if 'id' in connection:
connection_id = connection.pop('id')
else:
connection_id = 'connection{}'.format(
connection_no)
connection_no += 1
yield self._controller.call(
'crossbar.node.{}.worker.{}.start_connection'.
format(self._node_id, worker_id),
connection_id,
connection,
options=call_options)
self.log.info("{}: connection '{}' started".format(
worker_logname, connection_id))
# start components to run embedded in the container
#
for component in worker.get('components', []):
if 'id' in component:
component_id = component.pop('id')
else:
component_id = 'component{}'.format(component_no)
component_no += 1
yield self._controller.call(
'crossbar.node.{}.worker.{}.start_container_component'
.format(self._node_id, worker_id),
component_id,
component,
options=call_options)
self.log.info(
"{worker}: component '{component_id}' started",
worker=worker_logname,
component_id=component_id)
# after 2 seconds, consider all the application components running
self._reactor.callLater(2, component_stop_sub.unsubscribe)
# setup websocket-testee worker
#
elif worker_type == 'websocket-testee':
# start transports on router
#
transport = worker['transport']
transport_no = 1
transport_id = 'transport{}'.format(transport_no)
yield self._controller.call(
'crossbar.node.{}.worker.{}.start_websocket_testee_transport'
.format(self._node_id, worker_id),
transport_id,
transport,
options=call_options)
self.log.info("{}: transport '{}' started".format(
worker_logname, transport_id))
else:
raise Exception("logic error")
elif worker_type == 'guest':
# start guest worker
#
yield self._controller.start_guest(worker_id,
worker,
details=call_details)
self.log.info("{worker}: started", worker=worker_logname)
else:
raise Exception("logic error")
def _run_node_config(self, config):
"""
Setup node according to config provided.
"""
## fake call details information when calling into
## remoted procedure locally
##
call_details = CallDetails(caller = 0, authid = 'node')
controller = config.get('controller', {})
## start Manhole in node controller
##
if 'manhole' in controller:
yield self._controller.start_manhole(controller['manhole'], details = call_details)
## start local transport for management router
##
if 'transport' in controller:
yield self._controller.start_management_transport(controller['transport'], details = call_details)
## startup all workers
##
worker_no = 1
for worker in config.get('workers', []):
## worker ID, type and logname
##
if 'id' in worker:
worker_id = worker.pop('id')
else:
worker_id = 'worker{}'.format(worker_no)
worker_no += 1
worker_type = worker['type']
worker_options = worker.get('options', {})
if worker_type == 'router':
worker_logname = "Router '{}'".format(worker_id)
elif worker_type == 'container':
worker_logname = "Container '{}'".format(worker_id)
elif worker_type == 'guest':
worker_logname = "Guest '{}'".format(worker_id)
else:
raise Exception("logic error")
## router/container
##
if worker_type in ['router', 'container']:
## start a new native worker process ..
##
if worker_type == 'router':
yield self._controller.start_router(worker_id, worker_options, details = call_details)
elif worker_type == 'container':
yield self._controller.start_container(worker_id, worker_options, details = call_details)
else:
raise Exception("logic error")
## setup native worker generic stuff
##
if 'pythonpath' in worker_options:
added_paths = yield self._controller.call('crossbar.node.{}.worker.{}.add_pythonpath'.format(self._node_id, worker_id), worker_options['pythonpath'])
if self.debug:
log.msg("{}: PYTHONPATH extended for {}".format(worker_logname, added_paths))
else:
log.msg("{}: PYTHONPATH extended".format(worker_logname))
if 'cpu_affinity' in worker_options:
new_affinity = yield self._controller.call('crossbar.node.{}.worker.{}.set_cpu_affinity'.format(self._node_id, worker_id), worker_options['cpu_affinity'])
log.msg("{}: CPU affinity set to {}".format(worker_logname, new_affinity))
if 'manhole' in worker:
yield self._controller.call('crossbar.node.{}.worker.{}.start_manhole'.format(self._node_id, worker_id), worker['manhole'])
log.msg("{}: manhole started".format(worker_logname))
## setup router worker
##
if worker_type == 'router':
## start realms on router
##
realm_no = 1
for realm in worker.get('realms', []):
if 'id' in realm:
realm_id = realm.pop('id')
else:
realm_id = 'realm{}'.format(realm_no)
realm_no += 1
## extract schema information from WAMP-flavored Markdown
##
schemas = None
if 'schemas' in realm:
schemas = {}
schema_pat = re.compile(r"```javascript(.*?)```", re.DOTALL)
cnt_files = 0
cnt_decls = 0
for schema_file in realm.pop('schemas'):
schema_file = os.path.join(self.options.cbdir, schema_file)
log.msg("{}: processing WAMP-flavored Markdown file {} for WAMP schema declarations".format(worker_logname, schema_file))
with open(schema_file, 'r') as f:
cnt_files += 1
for d in schema_pat.findall(f.read()):
try:
o = json.loads(d)
if type(o) == dict and '$schema' in o and o['$schema'] == u'http://wamp.ws/schema#':
uri = o['uri']
if not uri in schemas:
schemas[uri] = {}
schemas[uri].update(o)
cnt_decls += 1
except Exception as e:
log.msg("{}: WARNING - failed to process declaration in {} - {}".format(worker_logname, schema_file, e))
log.msg("{}: processed {} files extracting {} schema declarations and {} URIs".format(worker_logname, cnt_files, cnt_decls, len(schemas)))
yield self._controller.call('crossbar.node.{}.worker.{}.start_router_realm'.format(self._node_id, worker_id), realm_id, realm, schemas)
log.msg("{}: realm '{}' started".format(worker_logname, realm_id))
## add roles to realm
##
role_no = 1
for role in realm.get('roles', []):
if 'id' in role:
role_id = role.pop('id')
else:
role_id = 'role{}'.format(role_no)
role_no += 1
yield self._controller.call('crossbar.node.{}.worker.{}.start_router_realm_role'.format(self._node_id, worker_id), realm_id, role_id, role)
log.msg("{}: role '{}' started on realm '{}'".format(worker_logname, role_id, realm_id))
## start components to run embedded in the router
##
component_no = 1
for component in worker.get('components', []):
if 'id' in component:
component_id = component.pop('id')
else:
component_id = 'component{}'.format(component_no)
component_no += 1
yield self._controller.call('crossbar.node.{}.worker.{}.start_router_component'.format(self._node_id, worker_id), component_id, component)
log.msg("{}: component '{}' started".format(worker_logname, component_id))
## start transports on router
##
transport_no = 1
for transport in worker['transports']:
if 'id' in transport:
transport_id = transport.pop('id')
else:
transport_id = 'transport{}'.format(transport_no)
transport_no += 1
yield self._controller.call('crossbar.node.{}.worker.{}.start_router_transport'.format(self._node_id, worker_id), transport_id, transport)
log.msg("{}: transport '{}' started".format(worker_logname, transport_id))
## setup container worker
##
elif worker_type == 'container':
component_no = 1
for component in worker.get('components', []):
if 'id' in component:
component_id = component.pop('id')
else:
component_id = 'component{}'.format(component_no)
component_no += 1
yield self._controller.call('crossbar.node.{}.worker.{}.start_container_component'.format(self._node_id, worker_id), component_id, component)
log.msg("{}: component '{}' started".format(worker_logname, component_id))
else:
raise Exception("logic error")
elif worker_type == 'guest':
## start guest worker
##
yield self._controller.start_guest(worker_id, worker, details = call_details)
log.msg("{}: started".format(worker_logname))
else:
raise Exception("logic error")
def _run_node_config(self, config):
"""
Setup node according to config provided.
"""
## fake call details information when calling into
## remoted procedure locally
##
call_details = CallDetails(caller=0, authid='node')
controller = config.get('controller', {})
## start Manhole in node controller
##
if 'manhole' in controller:
yield self._controller.start_manhole(controller['manhole'],
details=call_details)
## start local transport for management router
##
if 'transport' in controller:
yield self._controller.start_management_transport(
controller['transport'], details=call_details)
## startup all workers
##
worker_no = 1
for worker in config.get('workers', []):
## worker ID, type and logname
##
if 'id' in worker:
worker_id = worker.pop('id')
else:
worker_id = 'worker{}'.format(worker_no)
worker_no += 1
worker_type = worker['type']
worker_options = worker.get('options', {})
if worker_type == 'router':
worker_logname = "Router '{}'".format(worker_id)
elif worker_type == 'container':
worker_logname = "Container '{}'".format(worker_id)
elif worker_type == 'guest':
worker_logname = "Guest '{}'".format(worker_id)
else:
raise Exception("logic error")
## router/container
##
if worker_type in ['router', 'container']:
## start a new native worker process ..
##
if worker_type == 'router':
yield self._controller.start_router(worker_id,
worker_options,
details=call_details)
elif worker_type == 'container':
yield self._controller.start_container(
worker_id, worker_options, details=call_details)
else:
raise Exception("logic error")
## setup native worker generic stuff
##
if 'pythonpath' in worker_options:
added_paths = yield self._controller.call(
'crossbar.node.{}.worker.{}.add_pythonpath'.format(
self._node_id, worker_id),
worker_options['pythonpath'])
if self.debug:
log.msg("{}: PYTHONPATH extended for {}".format(
worker_logname, added_paths))
else:
log.msg(
"{}: PYTHONPATH extended".format(worker_logname))
if 'cpu_affinity' in worker_options:
new_affinity = yield self._controller.call(
'crossbar.node.{}.worker.{}.set_cpu_affinity'.format(
self._node_id, worker_id),
worker_options['cpu_affinity'])
log.msg("{}: CPU affinity set to {}".format(
worker_logname, new_affinity))
if 'manhole' in worker:
yield self._controller.call(
'crossbar.node.{}.worker.{}.start_manhole'.format(
self._node_id, worker_id), worker['manhole'])
log.msg("{}: manhole started".format(worker_logname))
## setup router worker
##
if worker_type == 'router':
## start realms on router
##
realm_no = 1
for realm in worker.get('realms', []):
if 'id' in realm:
realm_id = realm.pop('id')
else:
realm_id = 'realm{}'.format(realm_no)
realm_no += 1
## FIXME
#yield self._controller.call('crossbar.node.{}.worker.{}.start_router_realm'.format(self._node_id, worker_id), realm_id, realm)
#log.msg("{}: realm '{}' started".format(worker_logname, realm_id))
## start components to run embedded in the router
##
component_no = 1
for component in worker.get('components', []):
if 'id' in component:
component_id = component.pop('id')
else:
component_id = 'component{}'.format(component_no)
component_no += 1
yield self._controller.call(
'crossbar.node.{}.worker.{}.start_router_component'
.format(self._node_id,
worker_id), component_id, component)
log.msg("{}: component '{}' started".format(
worker_logname, component_id))
## start transports on router
##
transport_no = 1
for transport in worker['transports']:
if 'id' in transport:
transport_id = transport.pop('id')
else:
transport_id = 'transport{}'.format(transport_no)
transport_no += 1
yield self._controller.call(
'crossbar.node.{}.worker.{}.start_router_transport'
.format(self._node_id,
worker_id), transport_id, transport)
log.msg("{}: transport '{}' started".format(
worker_logname, transport_id))
## setup container worker
##
elif worker_type == 'container':
component_no = 1
for component in worker.get('components', []):
if 'id' in component:
component_id = component.pop('id')
else:
component_id = 'component{}'.format(component_no)
component_no += 1
yield self._controller.call(
'crossbar.node.{}.worker.{}.start_container_component'
.format(self._node_id,
worker_id), component_id, component)
log.msg("{}: component '{}' started".format(
worker_logname, component_id))
else:
raise Exception("logic error")
elif worker_type == 'guest':
## start guest worker
##
yield self._controller.start_guest(worker_id,
worker,
details=call_details)
log.msg("{}: started".format(worker_logname))
else:
raise Exception("logic error")
