def prune_orphaned_schedules(self):
# remove schedules under /services/time/local/TIM that have no app
manager = as_node('/services/time/local')
if manager.has_child('TIM'):
try:
sh = as_node('/services/time/local/TIM')
name_header = 'RZSched_'
# create list of RZSched_'s under the TIM node
schedules = filter(
lambda k: k[:len(name_header)] == name_header,
sh.children_names())
# compare appname after RZSched_, upto : with our children names
orphans = filter(
lambda k: k.split('_')[1].split(':')[0] not in self.
children_names(), schedules)
for o in orphans:
try:
sh.get_child(o).prune()
msglog.log('Graphical Control:',
'pruned orphaned schedule: ', o)
except:
msglog.exception()
if len(orphans):
sh.save_schedule()
except:
msglog.exception()
def create_node(self, factory, nodeurl, **config):
try:
as_node(nodeurl)
except KeyError:
pass
else:
raise TypeError("Node exists: %s" % nodeurl)
if isinstance(factory, str):
module,sep,name = factory.rpartition(".")
if name:
exec("import %s" % module)
factory = eval(factory)
parent,sep,name = nodeurl.rpartition("/")
configuration = {"name": name, "parent": parent}
configuration.update(config)
node = factory()
try:
node.configure(configuration)
except:
msglog.log("broadway", msglog.types.WARN,
"Error prevented configuration of new node: %s" % node)
msglog.exception(prefix="handled")
try:
node.prune()
except:
msglog.exception(prefix="handled")
else:
msglog.log("broadway", msglog.types.INFO,
"Node successfully pruned.")
else:
msglog.log("broadway", msglog.types.INFO,
"New node created: %s" % node)
self.updatepdo(nodeurl, node)
node.start()
return node.configuration()
def start(self):
self._do_read = getattr(self.parent, self.read_op)
if self.write_op:
self._do_write = getattr(self.parent, self.write_op)
setattr(self, 'set', self._set)
self.inparams_write = self.parent._proxy.methods[
self.write_op].inparams
for parameter in self.write_params:
if hasattr(self.__call_args_w, name):
raise EConfigurationInvalid(name)
if value.startswith('/') and is_node_url(value):
setattr(self.__call_args_w, name, as_node(value))
else:
setattr(self.__call_args_w, name, value)
self.inparams_read = self.parent._proxy.methods[self.read_op].inparams
for parameter in self.read_params:
if not self.__call_args_r:
self.__call_args_r = object()
name = parameter['pn']
value = parameter['value']
if hasattr(self.__call_args_r, name):
raise EConfigurationInvalid(name)
if value.startswith('/') and is_node_url(value):
setattr(self.__call_args_r, name, as_node(value))
else:
setattr(self.__call_args_r, name, value)
return super(RemoteWebServiceOp, self).start()
def start(self):
self._do_read = getattr(self.parent, self.read_op)
if self.write_op:
self._do_write = getattr(self.parent, self.write_op)
setattr(self, 'set', self._set)
self.inparams_write = self.parent._proxy.methods[self.write_op].inparams
for parameter in self.write_params:
if hasattr(self.__call_args_w, name):
raise EConfigurationInvalid(name)
if value.startswith('/') and is_node_url(value):
setattr(self.__call_args_w, name, as_node(value))
else:
setattr(self.__call_args_w, name, value)
self.inparams_read = self.parent._proxy.methods[self.read_op].inparams
for parameter in self.read_params:
if not self.__call_args_r:
self.__call_args_r = object()
name = parameter['pn']
value = parameter['value']
if hasattr(self.__call_args_r, name):
raise EConfigurationInvalid(name)
if value.startswith('/') and is_node_url(value):
setattr(self.__call_args_r, name, as_node(value))
else:
setattr(self.__call_args_r, name, value)
return super(RemoteWebServiceOp, self).start()
def _setup_alarm_nodes(self):
services = as_node('/services')
if not services.has_child('External Alarms'):
alarms_node = CompositeNode()
alarms_node.configure({
'name': 'External Alarms',
'parent': services
})
alarms_node = as_node('/services/External Alarms')
alarm_node = alarms.Manager()
alarm_node.configure({'name': 'CPC Alarm', 'parent': alarms_node})
cpc_client_node = cpc_client.CpcClient(self._cpc_uhp_node)
cpc_client_node.configure({
'name': 'CPC Client',
'parent': alarm_node,
'node': ''
})
ewebconnect_client_node = ewebconnect.EWebConnectAlarmClient()
ewebconnect_client_node.configure({
'name': 'eWebConnect Alarm Client',
'parent': alarm_node,
'host': '10.0.1.88', #'mother.envenergy.com',
'port': 16161,
'enabled': 1,
})
alarms_node.start()
return
def __init__(self, port1, port2):
self.port1 = as_node('/interfaces/'+port1)
self.port2 = as_node('/interfaces/'+port2)
# it's just a helper class that is part of the Serial Tests
super(_PortTester, self).__init__()
self._test_name = 'SerialTester'
return
def __init__(self, port1, port2):
self.port1 = as_node('/interfaces/' + port1)
self.port2 = as_node('/interfaces/' + port2)
# it's just a helper class that is part of the Serial Tests
super(_PortTester, self).__init__()
self._test_name = 'SerialTester'
return
def create_node(self, factory, nodeurl, **config):
try:
as_node(nodeurl)
except KeyError:
pass
else:
raise TypeError("Node exists: %s" % nodeurl)
if isinstance(factory, str):
module, sep, name = factory.rpartition(".")
if name:
exec("import %s" % module)
factory = eval(factory)
parent, sep, name = nodeurl.rpartition("/")
configuration = {"name": name, "parent": parent}
configuration.update(config)
node = factory()
try:
node.configure(configuration)
except:
msglog.log("broadway", msglog.types.WARN,
"Error prevented configuration of new node: %s" % node)
msglog.exception(prefix="handled")
try:
node.prune()
except:
msglog.exception(prefix="handled")
else:
msglog.log("broadway", msglog.types.INFO,
"Node successfully pruned.")
else:
msglog.log("broadway", msglog.types.INFO,
"New node created: %s" % node)
self.updatepdo(nodeurl, node)
node.start()
return node.configuration()
def start(self):
self._subject = as_node(self.subject)
if self.secured:
self.security_manager = as_node('/services/Security Manager')
self.user_service = self.security_manager.user_manager
else:
self.user_service = None
self.security_manager = None
self.user_manager = as_node("/services/User Manager")
self._cloud_manager = as_node(self.cloud_manager)
super(SyndicationViewer, self).start()
def start(self):
self._subject = as_node(self.subject)
if self.secured:
self.security_manager = as_node("/services/Security Manager")
self.user_service = self.security_manager.user_manager
else:
self.user_service = None
self.security_manager = None
self.user_manager = as_node("/services/User Manager")
self._cloud_manager = as_node(self.cloud_manager)
super(SyndicationViewer, self).start()
def _get_bcu_time( self ):
if self.debug: print 'get bcu time'
if self.bcu_time_node is None:
self.bcu_time_node = as_node(self.bcu_time) #could test classes etc
if self.bcu_date_node is None:
self.bcu_date_node = as_node(self.bcu_date)
y, m, d, dwk = self.bcu_date_node.get(1).value.value #should be date list
hour, min, second, hundreths = self.bcu_time_node.get(1).value.value #should be time list
answer = ((m, d, y), hour * 3600 + min * 60 + second)
if self.debug: print 'bcu time', y, m, d, dwk, hour, min, second, hundreths
return answer
def start(self):
if self.is_running():
return
if as_node('/services').has_child('Entity Manager'):
em = as_node('/services/Entity Manager')
if not em.is_running():
# see if this function is already wrapped. If it is wrapped
# im_self is not an attribute.
if hasattr(em.do_start, 'im_self'):
em.do_start = wrapped(em.do_start, None, self.do_start)
return
self.do_start()
def start(self):
if self.is_running():
return
if as_node('/services').has_child('Entity Manager'):
em = as_node('/services/Entity Manager')
if not em.is_running():
# see if this function is already wrapped. If it is wrapped
# im_self is not an attribute.
if hasattr(em.do_start, 'im_self'):
em.do_start = wrapped(em.do_start, None, self.do_start)
return
self.do_start()
def __call__(self, local=False):
if self.alarm is None:
try:
self.alarm = as_node(self.state['url'])
except KeyError:
self.alarm = self.state.get('class')()
config = self.state['config']
parent = as_node(config['parent'])
config.setdefault('nodespace', parent.nodespace)
self.alarm.configure(config)
self.alarm.start()
return self.alarm
def start(self):
self._alias_root = as_node('/aliases')
# if the NBM supports BACnet, defer start up of entity infrastructure
# until BACnet starts.
for node in as_node('/services/network').children_nodes():
if isinstance(node, BACnet):
if not node.is_running():
# see if this function is already wrapped. If it is wrapped
# im_self is not an attribute.
if hasattr(node.start, 'im_self'):
node.start = wrapped(node.start, None, self.do_start)
return
self.do_start()
def __call__(self):
if self.trigger is None:
try: self.trigger = as_node(self.state['url'])
except KeyError: self.trigger = self.state.get('class')()
config = self.state['config']
parent = as_node(config['parent'])
config.setdefault('nodespace', parent.nodespace)
self.trigger.configure(config)
if self.state['running']:
self.trigger.start()
for target in self.state.get('targets', []):
self.trigger.add_target(target)
return self.trigger
def start(self):
self._alias_root = as_node('/aliases')
# if the NBM supports BACnet, defer start up of entity infrastructure
# until BACnet starts.
for node in as_node('/services/network').children_nodes():
if isinstance(node, BACnet):
if not node.is_running():
# see if this function is already wrapped. If it is wrapped
# im_self is not an attribute.
if hasattr(node.start, 'im_self'):
node.start = wrapped(node.start, None, self.do_start)
return
self.do_start()
def start(self):
self.debug_print(1, 'start()')
if not self.running:
self.running = 1
self.__status = -1
# Discover kids in start() rather than in configure, because
# creating nodes in configure could conceivably confuse the
# framework (ie should it attempt to config the new nodes?).
# discover_children() explicitly configs each child node.
#if self.discover:
#self.discover_children()
# Create/init thread that runs the whole shootin' match. Pass in
# desired rznet_addr:
if self.com_port_path in (
'/interfaces/com3',
'/interfaces/com4',
'/interfaces/com5',
'/interfaces/com6',
):
self.line_handler = RznetThread(as_node(self.com_port_path),
self.rzhost_slave_port, None,
0, self.rznet_addr, self)
self.connection_type = 'rs-485'
else: #since it must be a rs-232 protocol, either local com port or virtual via tunnel....
self.line_handler = RzhostThread(as_node(self.com_port_path),
self.rzhost_slave_port,
self.rznet_addr, self)
self.connection_type = 'rs-232'
# applies to ALL devices
self.line_handler.def_max_dev_subscrs = self.def_max_dev_subscrs
#next, start the line handler thread
self.line_handler.start()
# opens RS485 file object, and slave and
# cmd sockets
# @fixme HACK to wait for the line_handler thread to init.
self.line_handler._internal_lock.acquire()
self.line_handler._internal_lock.release()
# @fixme END HACK to wait for the line_handler thread to init.
self.rznet_addr = self.line_handler.get_addrs()[
0] # get actual addr from ldisc:
self.debug_print(1, 'ldisc has addr %d.', self.rznet_addr)
CompositeNode.start(self)
self.line_handler.broadcast_update_request(
) #send this out AFTER all bound_proxies are started
else:
msglog.log('RznetNode', msglog.types.INFO,
'Allready started. Attempt to start any children')
CompositeNode.start(self)
return
def _discover_children(self, force=0, **options):
#search through bacnet devices for Schedule Objects
#discover_mode: 0==none, 1==use numbers, 2==use name properties, 3==use both
if self.discover_mode != 'never' and self.running == 1: # and self._been_discovered == 0:
try:
schedule_group = as_node(self.device_link).get_child('17')
#since bacnet object groups do not agressively discover
#children instances, this will force full discovery
schedule_group._discover_children(1) #forced discovery
schedules = schedule_group.children_nodes(
) #auto_discover=(self.discover_mode != 'never')) #schedules
# add Calendar Objects as Schedules
calendar_group = as_node(self.device_link).get_child('6')
#since bacnet object groups do not agressively discover
#children instances, this will force full discovery
calendar_group._discover_children(1) #forced discovery
schedules.extend(calendar_group.children_nodes(
)) #auto_discover=(self.discover_mode != 'never')) #schedules
# filter out any existing nodes
existing = [
as_node(c.link)
for c in self.children_nodes(auto_discover=0)
]
existing += [
as_node(c.link) for c in self._nascent_children.values()
]
schedules = filter(lambda d: d not in existing,
schedules) #filter out any existing nodes
for s in schedules:
name = s.name #default name will be the schedule ID
if self.discover_mode[:
4] == 'name': #then we want name of schedule
try:
name = str(s.get_child('77').get())
if self.discover_mode == 'name_and_numeric': #use both ID and name
name += ' (' + s.name + ')'
except:
pass #if name is not available, use ID only
sr = Scheduler()
sr.link = s.as_node_url(
) #url of bacnet schedule object node
sr.source = self.source
self._nascent_children['RZSched_' + name] = sr
#self._been_discovered = 1 #disabled to allow new objects to be discovered
except ENoSuchName, e:
if debug:
msglog.exception()
pass
except:
def __call__(self):
if self.exporter is None:
try: self.exporter = as_node(self.state['url'])
except KeyError: self.exporter = self.state.get('class')()
config = self.state['config']
parent = as_node(config['parent'])
config.setdefault('nodespace', parent.nodespace)
self.exporter.configure(config)
self.exporter.start()
for source, args in self.state.get('sources', {}).items():
try:
self.exporter.add_source(source, *args)
except:
msglog.exception()
return self.exporter
def __node_from_components(klass, components):
elements = ['/']
parent = as_node('/')
for element, factory in components:
elements.append(urllib.quote(element))
path = os.path.join(*elements)
if node_exists(path):
parent = as_node(path)
continue
msglog.log('Device Manager', msglog.types.INFO,
"Creating %r." % path)
node = factory()
node.configure({'parent':parent,'name':element})
parent = node
return parent
def __call__(self, local=False):
if self.alarm is None:
try:
self.alarm = as_node(self.state['url'])
except KeyError:
self.alarm = self.state.get('class')()
config = self.state['config']
parent = as_node(config['parent'])
config.setdefault('nodespace', parent.nodespace)
self.alarm.configure(config)
self.alarm.start()
events = [IPickles(evt)(local) for evt in self.state['events']]
msglog.log('broadway', msglog.types.WARN,
'Deprecated AlarmPickler used to unpickle %s.' % self.alarm.name)
return self.alarm
def __call__(self):
if self.trigger is None:
try:
self.trigger = as_node(self.state['url'])
except KeyError:
self.trigger = self.state.get('class')()
config = self.state['config']
parent = as_node(config['parent'])
config.setdefault('nodespace', parent.nodespace)
self.trigger.configure(config)
if self.state['running']:
self.trigger.start()
for target in self.state.get('targets', []):
self.trigger.add_target(target)
return self.trigger
def get(self):
try:
node = as_node(self.nodeurl)
except ENoSuchName:
return ''
else:
return node.attributes.get(self.attribute, '')
def handle_request(self, request):
request._DynamicLogHandler__success = False
path = request.get_path()
if request.has_query():
query = request.get_query_dictionary()
log_name = ""
if (query.has_key('node_url')):
log_name = query['node_url']
else:
if path[-1] == '/':
path = path[0:-1]
log_name = path[len(self.request_path):]
log_name = os.path.join('/services/logger', log_name)
#use as_node to follow Aliases
log_node = as_node(log_name)
if (query.has_key('action')):
action = query['action']
if action == 'download_all':
self.download_all(request, log_node, query)
elif action == 'download_slice':
self.download_slice(request, log_node, query)
elif action == 'download_sequence':
self.download_sequence(request, log_node, query)
if not request._DynamicLogHandler__success:
raise EInternalError('Failed to handle request.')
return
def __init__(self, nrt):
self.events = 0
self.debug = False
self.exceptions = 0
self.lookup = dict([(nid, as_node(nodeurl))
for nid, nodeurl in nrt.items()])
super(Target, self).__init__()
def clear_subscr(self, targets=None):
if self.line_handler is None:
return
if (type(targets) == types.ListType):
targets0_type = type(targets[0])
if (targets0_type == types.TupleType):
pass
elif (targets0_type == types.StringType):
new_targets = []
for node_URL in targets:
node = None
try:
node = as_node(node_URL)
except ENoSuchName:
msglog.exception()
continue
new_targets.append((node.lan_address,node.id_number,))
if len(new_targets) == 0:
return
targets = new_targets
else:
raise EInvalidValue('targets',targets,'Should be None, int, ' \
'or list of 2-tuples (dev_id, obj_id) or ' \
'a list of node URL strings.')
self.line_handler.clear_subscr(targets)
return
def execute(self, *args):
target = as_node(self._target)
try:
self._last_value = target.get_override_at(self._priority_level)
target.release(self._priority_level)
# undo not possible
except: pass
def start(self):
if self.__running:
return
if self.debug:
msglog.log('EnergywiseManager :', msglog.types.INFO, 'Inside start' )
CompositeNode.start(self)
# start_node = as_node('/services/EnergywiseManager/')
# self.configure_trend_in_switches(start_node, 60)
self.__running = True
self._pdo_lock.acquire()
self._pdo = PersistentDataObject(self, dmtype=GC_NEVER)
self._pdo.trends = {}
self._pdo.load()
self._pdo_lock.release()
if self.has_child('trends'):
self.trends = self.get_child('trends')
else:
self.trends = CompositeNode()
self.trends.configure({'parent':self, 'name':'trends'})
self.trends.start()
# start trending for saved domains
for domain,freq in self._pdo.trends.items():
try:
start_node = as_node(domain)
# self.configure_trend_in_switches( start_node,freq )
start_node.new_trend(freq)
except:
self.delete_trend_configuration(domain)
return
def start(self):
Column.start(self)
if (type(self.__function_config) == types.StringType and
string.count(self.__function_config,'as_node') == 1 and
self.__function_config.endswith('get')):
func = self.__function_config
self.__node = as_node(func[func.find('(')+2:func.rfind(')')-1])
if self.use_subscription_manager:
self._sid = SM.create_delivered(self, {1:as_node_url(self.__node)})
self.function = self.get_last
else:
self.function = getattr(self.__node,func[func.rfind('.')+1:])
rexec = self.parent.parent.get_environment()
self.original_function = RFunction(self.function, args=self.args,
context=self.context,
rexec=rexec)
self.function = self._convert
self.variables = {}
nodes = self.children_nodes()
for potential_calculator in nodes:
if hasattr(potential_calculator, 'evaluate'):
if self._calculator: #oops
raise EAttributeError('Too many calculator nodes', self)
self._calculator = potential_calculator
self.function = self._evaluate # hook the calculator in
self.__original_function = self.original_function
self.original_function = self.__evaluate_original_function
self.__started = 1
def __init__(self, nrt):
self.events = 0
self.debug = False
self.exceptions = 0
self.lookup = dict([(nid, as_node(nodeurl)) for
nid,nodeurl in nrt.items()])
super(Target, self).__init__()
def get_subject(self):
if self.__subject is None:
if self.is_remote():
self.set_subject(as_node(self.as_remote_url()))
else:
self.set_subject(self)
return self.__subject
def get_subject(self):
if self.__subject is None:
if self.is_remote():
self.set_subject(as_node(self.as_remote_url()))
else:
self.set_subject(self)
return self.__subject
def configure(self, config):
set_attribute(self, 'debug', 0, config, int)
set_attribute(self, 'ip', '', config)
default = '${mpx.properties.%s_PORT}' % self.server_type
set_attribute(self, 'port', default, config, int)
set_attribute(self, 'user_manager', as_node('/services/User Manager'),
config, as_node)
set_attribute(self, 'authentication', 'form', config)
if (self.authentication is not None
and self.authentication not in ('digest', 'basic', 'form')):
raise EInvalidValue('authentication', self.authentication,
'Authentication scheme not recognized.')
set_attribute(self, 'port', default, config, int)
set_attribute(self, 'maintenance_interval', 25, config, int)
set_attribute(self, 'zombie_timeout', 600, config, int)
set_attribute(self, 'thread_count', 3, config, int)
if not self.has_child("Request Responder"):
self._setup_request_responder()
if not self.has_child("Authenticator"):
self._setup_authentication_handler()
if not self.has_child("PSP Handler"):
self._setup_psp_handler()
if not self.has_child("JSON-RPC Handler"):
self._setup_json_handler()
ServiceNode.configure(self, config)
def create_logger_alias(self, parent, name):
logger_service = as_internal_node('/services/logger')
if logger_service.has_child(name):
# get_child returns the actual child, as_node would follow an
# alias.
trend_alias = logger_service.get_child(name)
name_in_use = not isinstance(trend_alias, Alias)
if not name_in_use:
name_in_use |= as_internal_node(
os.path.dirname(trend_alias.node_url)) is not self
if name_in_use:
raise ENameInUse(trend_alias.as_node_url())
else:
trend_alias = Alias()
parent_url = as_node(parent).as_node_url()
quoted_name = urllib.quote(name, '')
trend_alias.configure({
'name':
name,
'parent':
logger_service,
'node_url':
os.path.join(parent_url, quoted_name, quoted_name)
})
return
def start(self):
RequestHandler.start(self)
self.WEB_ROOT = properties.HTTP_ROOT
if self.parent.server_type == 'HTTPS':
self.WEB_ROOT = properties.HTTPS_ROOT
for handler in self.parent.children_nodes():
if isinstance(handler, FileSpace):
self.filespace = handler
break
err_message = 'PSP handler not running in secured mode because \
no %s was found. Config parameter "secured" \
being overriden to False'
if self.secured and self.filespace:
try: sm = as_node('/services/Security Manager')
except KeyError:
msglog.log('broadway', msglog.types.WARN,
err_message % 'Security Manager')
msglog.exception(prefix = 'Handled')
self.provides_security = self._secured = False
else:
self.security_manager = sm
self.provides_security = self._secured = True
else:
if self.secured:
# not secured because we could not locate filespace object.
msglog.log('broadway', msglog.types.WARN,
err_message % 'FileSpace manager')
self.provides_security = self._secured = False
def handle_request(self, request):
response = Response(request)
request_data = request.get_post_data_as_dictionary()
request_data.update(request.get_query_string_as_dictionary())
if not (request_data.has_key('type') and request_data.has_key('id')
and request_data.has_key('method')):
response.error(400, 'Missnig required param type, id, or method.')
return
id = urllib.unquote_plus(request_data.get('id')[0])
if request_data.get('type')[0] == 'node':
target = as_node(id)
elif request_data.get('type')[0] == 'event':
target = Event.get_event(id)
else:
response.error(400, 'Unknown type.')
return
methodname = urllib.unquote_plus(request_data.get('method')[0])
method = getattr(target, methodname)
args = urllib.unquote_plus(request_data.get('args', ['()'])[0])
args = eval(args)
keywords = urllib.unquote_plus(request_data.get('keywords', ['{}'])[0])
keywords = eval(keywords)
result = method(*args, **keywords)
result = repr(result)
self.message('Invoking %s on %s with %s, %s, returned %s' %
(methodname, id, args, keywords, result))
response.send(result)
def save_trends(self, trend_list):
# Traverse through _pdo.items and check if new domain is either subset
# of any configured or superset.
# If subset return with msg already covered and dont save this
# If superset then configure new ones and delete subset from
# _pdo.items
'''Adding and saving trends'''
for point in reversed(trend_list):
point_period = point['frequency']
point_domain = point['domain']
for saved_domain,saved_period in tuple(self._pdo.trends.items()):
if saved_domain == point_domain:
if saved_period != point_period:
self.delete_trend_configuration(saved_domain)
break
if not self._pdo.trends.has_key(point_domain):
# add this trend
try:
domain_node = as_node(point_domain)
if isinstance(domain_node,EnergywiseSwitch) or isinstance(domain_node,EnergywiseDomain):
self.add_trend_configuration(point_period, point_domain)
domain_node.new_trend(point_period)
except Exception:
msglog.exception()
msglog.log(
"Energywise",msglog.types.ERR,
"Failed to create trend for %r every %r seconds"
%(point_domain,point_period)
)
return
def move_sched(self, source, destination, cfg, is_rename=False):
source = normalize_nodepath(source)
destination = normalize_nodepath(destination)
for sched in self.get_scheds():
if not sched.startswith(source):
continue
data = self._persisted_data[sched]
del self._persisted_data[sched]
if sched == source:
# rename
if is_rename:
newsched = destination
else:
newsched = sched.replace(
source, destination) + source.split('/')[-2] + '/'
oldroot = sched
newroot = newsched
self._persisted_data[newsched] = data
# prior to persisting, the schedule should have been moved
# within the nodetree. We grab and persist the latest configuration.
# This put call will also ensure sync to disk to takes place.
self.put_sched_cfg(newsched, cfg)
else:
newsched = normalize_nodepath(sched.replace(
oldroot, newroot)) #+ sched_name + '/'
self._persisted_data[newsched] = data
self.put_sched_cfg(newsched, serialize_node(as_node(newsched)))
def create_partition_tree(name, mount_point):
global storage_root_url
children_names = ['available',
'size',
'used',
]
msgstr = 'In create_drive_tree with name of %s ' % name
msgstr += 'and mount_point of %s.' % mount_point
msglog.log('Services_Storage', msglog.types.INFO,
msgstr)
pnode = as_node(storage_root_url)
dict = {'name':name,
'mount_point':mount_point,
'debug':1,
'parent':pnode,
}
drive_node = DriveNode()
drive_node.configure(dict)
#
for x in children_names:
dict = {'name':x,
'debug':1,
'parent':drive_node,
}
drive_attr_node = DriveAttributeNode()
drive_attr_node.configure(dict)
#
drive_node.start()
def start(self):
super(Kwh2Kw, self).start()
self.running = True
self._history = KwList(self._window_size)
self._sid = SM.create_polled({self._nid:self.link})
# retrieve an initial value to start things off
value = ts = None
result = SM.poll_all(self._sid)
if result is None:
# still waiting
try:
value = as_node(self.link).get()
ts = time.time()
except:
pass
else:
try:
value = result[self._nid]['value']
ts = result[self._nid]['timestamp']
except:
pass
if isinstance(value, MpxException):
value = None
if value and ts:
self._history.add(value, ts)
self._scheduled = scheduler.seconds_from_now_do(self.sample_period, self.run_update)
return
def get(self, skipCache=0):
if self.connection_type == 'rs-485':
if self.__status:
status_str = 'passive'
addrs = self.line_handler.get_addrs()
if addrs[0] != addrs[
1]: # if our and next addrs differ, then we're passing token
status_str = 'active'
return status_str
if self.__status is None:
return 'not started'
if self.__status == -1:
return 'error during startup'
return 'license not found'
if self.__status: #started
try:
if as_node(self.com_port_path).is_connected():
return 'connected'
else:
return 'not connected'
except:
pass
return 'started'
if self.__status is None:
return 'not started'
if self.__status == -1:
return 'error during startup'
return 'license not found'
def clear_subscr(self, targets=None):
if self.line_handler is None:
return
if (type(targets) == types.ListType):
targets0_type = type(targets[0])
if (targets0_type == types.TupleType):
pass
elif (targets0_type == types.StringType):
new_targets = []
for node_URL in targets:
node = None
try:
node = as_node(node_URL)
except ENoSuchName:
msglog.exception()
continue
new_targets.append((
node.lan_address,
node.id_number,
))
if len(new_targets) == 0:
return
targets = new_targets
else:
raise EInvalidValue('targets',targets,'Should be None, int, ' \
'or list of 2-tuples (dev_id, obj_id) or ' \
'a list of node URL strings.')
self.line_handler.clear_subscr(targets)
return
def start(self):
super(Kwh2Kw, self).start()
self.running = True
self._history = KwList(self._window_size)
self._sid = SM.create_polled({self._nid: self.link})
# retrieve an initial value to start things off
value = ts = None
result = SM.poll_all(self._sid)
if result is None:
# still waiting
try:
value = as_node(self.link).get()
ts = time.time()
except:
pass
else:
try:
value = result[self._nid]['value']
ts = result[self._nid]['timestamp']
except:
pass
if isinstance(value, MpxException):
value = None
if value and ts:
self._history.add(value, ts)
self._scheduled = scheduler.seconds_from_now_do(
self.sample_period, self.run_update)
return
def handle_request(self, request):
response = Response(request)
request_data = request.get_post_data_as_dictionary()
request_data.update(request.get_query_string_as_dictionary())
if not (request_data.has_key('type') and
request_data.has_key('id') and
request_data.has_key('method')):
response.error(400, 'Missnig required param type, id, or method.')
return
id = urllib.unquote_plus(request_data.get('id')[0])
if request_data.get('type')[0] == 'node':
target = as_node(id)
elif request_data.get('type')[0] == 'event':
target = Event.get_event(id)
else:
response.error(400, 'Unknown type.')
return
methodname = urllib.unquote_plus(request_data.get('method')[0])
method = getattr(target, methodname)
args = urllib.unquote_plus(request_data.get('args', ['()'])[0])
args = eval(args)
keywords = urllib.unquote_plus(request_data.get('keywords', ['{}'])[0])
keywords = eval(keywords)
result = method(*args, **keywords)
result = repr(result)
self.message('Invoking %s on %s with %s, %s, returned %s' % (
methodname, id, args, keywords, result))
response.send(result)
def configure(self, config):
set_attribute(self, 'debug', 0, config, int)
set_attribute(self, 'ip', '', config)
default = '${mpx.properties.%s_PORT}' % self.server_type
set_attribute(self,'port',default,config,int)
set_attribute(self,'user_manager',
as_node('/services/User Manager'),config,as_node)
set_attribute(self,'authentication','form',config)
if (self.authentication is not None and
self.authentication not in ('digest','basic','form')):
raise EInvalidValue('authentication',self.authentication,
'Authentication scheme not recognized.')
set_attribute(self,'port',default,config,int)
set_attribute(self, 'maintenance_interval', 25, config, int)
set_attribute(self, 'zombie_timeout', 600, config, int)
set_attribute(self, 'thread_count', 3, config, int)
if not self.has_child("Request Responder"):
self._setup_request_responder()
if not self.has_child("Authenticator"):
self._setup_authentication_handler()
if not self.has_child("PSP Handler"):
self._setup_psp_handler()
if not self.has_child("JSON-RPC Handler"):
self._setup_json_handler()
ServiceNode.configure(self, config)
def save_trends(self, trend_list):
# Traverse through _pdo.items and check if new domain is either subset
# of any configured or superset.
# If subset return with msg already covered and dont save this
# If superset then configure new ones and delete subset from
# _pdo.items
'''Adding and saving trends'''
for point in reversed(trend_list):
point_period = point['frequency']
point_domain = point['domain']
for saved_domain, saved_period in tuple(self._pdo.trends.items()):
if saved_domain == point_domain:
if saved_period != point_period:
self.delete_trend_configuration(saved_domain)
break
if not self._pdo.trends.has_key(point_domain):
# add this trend
try:
domain_node = as_node(point_domain)
if isinstance(domain_node, EnergywiseSwitch) or isinstance(
domain_node, EnergywiseDomain):
self.add_trend_configuration(point_period,
point_domain)
domain_node.new_trend(point_period)
except Exception:
msglog.exception()
msglog.log(
"Energywise", msglog.types.ERR,
"Failed to create trend for %r every %r seconds" %
(point_domain, point_period))
return
def move_sched(self, source, destination, cfg, is_rename=False):
source = normalize_nodepath(source)
destination = normalize_nodepath(destination)
for sched in self.get_scheds():
if not sched.startswith(source):
continue
data = self._persisted_data[sched]
del self._persisted_data[sched]
if sched == source:
# rename
if is_rename:
newsched = destination
else:
newsched = sched.replace(source, destination) + source.split('/')[-2] + '/'
oldroot = sched
newroot = newsched
self._persisted_data[newsched] = data
# prior to persisting, the schedule should have been moved
# within the nodetree. We grab and persist the latest configuration.
# This put call will also ensure sync to disk to takes place.
self.put_sched_cfg(newsched, cfg)
else:
newsched = normalize_nodepath(sched.replace(oldroot, newroot)) #+ sched_name + '/'
self._persisted_data[newsched] = data
self.put_sched_cfg(newsched, serialize_node(as_node(newsched)))
def _setup_trigger(self):
try:
self._sid = SM.create_delivered(self, {1:as_node(self.trigger)})
except ENotStarted, ENoSuchNode:
msg = 'TriggeredExporter trigger: %s does not exist - could be nascent' % self._trigger
msglog.log('broadway',msglog.types.WARN,msg)
scheduler.seconds_from_now_do(60, self._setup_trigger)
def handle_request(self, request):
nodeurl = request.get_path()[len(self.request_path):]
node = as_node(nodeurl)
generator = listurls(node)
generated = GeneratedList(generator)
request.push(lineproducer(generated))
request.done()
def discover_by_type(self, entity_path, purposes):
if not entity_path.startswith(EM):
entity_path = EM + entity_path
matches = self.qm.fetch(
{"query": {"name": "*"}, "properties": {"purpose":purposes}}
).get('items')
result = {}
for property_url in matches:
try:
prop_ref = as_node(property_url)
entity_path = as_entity_url(prop_ref.entity)
if not result.has_key(entity_path):
result[entity_path] = {}
prop_id = [prop_ref.type, prop_ref.name]
for purpose in prop_ref.get_meta_values('purpose'):
if purpose in purposes:
if result[entity_path].has_key(purpose):
result[entity_path][purpose].append(prop_id)
else:
result[entity_path][purpose] = [prop_id]
except:
message = 'Error adding value to discover_by_type result set'
msglog.log('Global Setpoint Manager', msglog.types.INFO, message)
msglog.exception()
return result
def __init__(self):
## Register method to handle Null types
xmlrpclib.Marshaller.dispatch[types.NoneType] = dump_None
self._root_node = as_node('/')
self._security_manager = None
self._secured = False
super(RNA, self).__init__()
def start(self):
Column.start(self)
if (type(self.__function_config) == types.StringType
and string.count(self.__function_config, 'as_node') == 1
and self.__function_config.endswith('get')):
func = self.__function_config
self.__node = as_node(func[func.find('(') + 2:func.rfind(')') - 1])
if self.use_subscription_manager:
self._sid = SM.create_delivered(self,
{1: as_node_url(self.__node)})
self.function = self.get_last
else:
self.function = getattr(self.__node,
func[func.rfind('.') + 1:])
rexec = self.parent.parent.get_environment()
self.original_function = RFunction(self.function,
args=self.args,
context=self.context,
rexec=rexec)
self.function = self._convert
self.variables = {}
nodes = self.children_nodes()
for potential_calculator in nodes:
if hasattr(potential_calculator, 'evaluate'):
if self._calculator: #oops
raise EAttributeError('Too many calculator nodes', self)
self._calculator = potential_calculator
self.function = self._evaluate # hook the calculator in
self.__original_function = self.original_function
self.original_function = self.__evaluate_original_function
self.__started = 1
def start(self):
if self.__running:
return
if self.debug:
msglog.log('EnergywiseManager :', msglog.types.INFO,
'Inside start')
CompositeNode.start(self)
# start_node = as_node('/services/EnergywiseManager/')
# self.configure_trend_in_switches(start_node, 60)
self.__running = True
self._pdo_lock.acquire()
self._pdo = PersistentDataObject(self, dmtype=GC_NEVER)
self._pdo.trends = {}
self._pdo.load()
self._pdo_lock.release()
if self.has_child('trends'):
self.trends = self.get_child('trends')
else:
self.trends = CompositeNode()
self.trends.configure({'parent': self, 'name': 'trends'})
self.trends.start()
# start trending for saved domains
for domain, freq in self._pdo.trends.items():
try:
start_node = as_node(domain)
# self.configure_trend_in_switches( start_node,freq )
start_node.new_trend(freq)
except:
self.delete_trend_configuration(domain)
return
def get(self):
try:
node = as_node(self.nodeurl)
except ENoSuchName:
return ''
else:
return node.attributes.get(self.attribute, '')
