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 setUp(self):
DefaultTestFixture.setUp(self)
server_socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
server_socket.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
server_socket.bind(('localhost', 0)) # Bind to any available port on
# localhost.
server_socket.listen(5)
sockname = server_socket.getsockname()
##
# Socket ready to accept "eWebConnect" Alarm messages.
self.server_socket = server_socket
##
# The "eWebConnect" host.
self.sever_address = sockname[0]
##
# The "eWebConnect" post.
self.server_port = sockname[1]
self.new_node_tree()
root = as_internal_node('/')
self.configure({'name': 'Test Case', 'parent': '/'})
client = EWebConnectAlarmClient()
client.configure({
'name': 'eWebConnect',
'parent': self,
'host': 'localhost',
'port': self.server_port
})
as_internal_node('/').start()
return
def setUp(self):
mpx.service.session.SessionManager.PASSWD_FILE = (
os.path.join(os.path.dirname(__file__), 'passwd.test')
)
DefaultTestFixture.setUp(self)
self.config = {}
lo = []
lr = {}
lr['alias'] = 'default'
lr['class'] = 'mpx.lib.xmlrpc.XMLRPC_DefaultObject'
lr['lifetime'] = 'Request'
lo.append(lr)
lr = {}
lr['alias'] = 'rna_xmlrpc'
lr['class'] = 'mpx.lib.xmlrpc.rna_xmlrpc.RNA_XMLRPC_Handler'
lr['lifetime'] = 'Runtime'
lo.append(lr)
config = {}
config['name'] = 'XMLRPC_Handler'
config['parent'] = None
config['module'] = ''
config['deployed_objects'] = lo
self.handler = XMLRPC_Handler()
self.handler.configure(config)
root = as_internal_node('/')
self.new_node_tree()
as_internal_node('/').start()
self._session = as_internal_node(
'/services/session_manager'
).create('mpxadmin', 'mpxadmin')
return
def test_valid_xml(self):
self.new_column_a_log()
tmp_file = None
tmp_file = self.temp_file_name()
f = open(tmp_file, 'w')
as_internal_node('/').start()
stream = as_internal_node(
'/services/logger/bogus_log/exporters/periodic_exporter/'
'metermail_formatter').format(self.data)
output = ''
data = stream.read(1024)
while data:
output += data
data = stream.read(1024)
f.write(output)
f.close()
command = 'xmllint ' + str(tmp_file)
stdin, stdout, stderr = os.popen3(command)
out = stdout.readlines()
err = stderr.readlines()
if err:
error = ''
for e in err:
error += e + '\n'
pass
self.fail('File is not a valid XML file:\n' + error)
return
def setUp(self):
mpx.service.session.SessionManager.PASSWD_FILE = (os.path.join(
os.path.dirname(__file__), 'passwd.test'))
DefaultTestFixture.setUp(self)
self.config = {}
lo = []
lr = {}
lr['alias'] = 'default'
lr['class'] = 'mpx.lib.xmlrpc.XMLRPC_DefaultObject'
lr['lifetime'] = 'Request'
lo.append(lr)
lr = {}
lr['alias'] = 'rna_xmlrpc'
lr['class'] = 'mpx.lib.xmlrpc.rna_xmlrpc.RNA_XMLRPC_Handler'
lr['lifetime'] = 'Runtime'
lo.append(lr)
config = {}
config['name'] = 'XMLRPC_Handler'
config['parent'] = None
config['module'] = ''
config['deployed_objects'] = lo
self.handler = XMLRPC_Handler()
self.handler.configure(config)
root = as_internal_node('/')
self.new_node_tree()
as_internal_node('/').start()
self._session = as_internal_node('/services/session_manager').create(
'mpxadmin', 'mpxadmin')
return
def setUp(self):
DefaultTestFixture.setUp(self)
server_socket = socket.socket(socket.AF_INET,socket.SOCK_STREAM)
server_socket.setsockopt(socket.SOL_SOCKET,socket.SO_REUSEADDR,1)
server_socket.bind(('localhost',0)) # Bind to any available port on
# localhost.
server_socket.listen(5)
sockname = server_socket.getsockname()
##
# Socket ready to accept "eWebConnect" Alarm messages.
self.server_socket = server_socket
##
# The "eWebConnect" host.
self.sever_address = sockname[0]
##
# The "eWebConnect" post.
self.server_port = sockname[1]
self.new_node_tree()
root = as_internal_node('/')
self.configure({'name':'Test Case', 'parent':'/'})
client = EWebConnectAlarmClient()
client.configure({'name':'eWebConnect', 'parent':self,
'host':'localhost',
'port':self.server_port})
as_internal_node('/').start()
return
def test_valid_xml(self):
self.new_column_a_log()
tmp_file = None
tmp_file = self.temp_file_name()
f = open(tmp_file, 'w')
as_internal_node('/').start()
stream = as_internal_node(
'/services/logger/bogus_log/exporters/periodic_exporter/'
'metermail_formatter'
).format(self.data)
output = ''
data = stream.read(1024)
while data:
output += data
data = stream.read(1024)
f.write(output)
f.close()
command = 'xmllint ' + str(tmp_file)
stdin, stdout,stderr = os.popen3(command)
out = stdout.readlines()
err = stderr.readlines()
if err:
error = ''
for e in err:
error += e + '\n'
pass
self.fail('File is not a valid XML file:\n' + error)
return
def test_ElementalNodeType(self):
assert ElementalNodeType(as_internal_node('/')).edt_dump() == {
'edt__typ': 'node', 'path': '/'
}
ne = edt_decode({'edt__typ': 'node', 'path': '/services/time/local'})
assert isinstance(ne,ElementalNodeType)
assert ne.edt__typ == 'node'
assert ne.path == '/services/time/local'
re = {'edt__typ': 'node', 'path': '/'}
assert edt_encode(as_internal_node('/')) == re
assert edt_encode(as_node('/')) == re
return
def test_ElementalNodeType(self):
assert ElementalNodeType(as_internal_node('/')).edt_dump() == {
'edt__typ': 'node',
'path': '/'
}
ne = edt_decode({'edt__typ': 'node', 'path': '/services/time/local'})
assert isinstance(ne, ElementalNodeType)
assert ne.edt__typ == 'node'
assert ne.path == '/services/time/local'
re = {'edt__typ': 'node', 'path': '/'}
assert edt_encode(as_internal_node('/')) == re
assert edt_encode(as_node('/')) == re
return
def destroy_logger_alias(self):
logger_service = as_internal_node('/services/logger')
if logger_service.has_child(self.name):
trend_alias = logger_service.get_child(self.name)
# get_child returns the actual child, as_node would follow an
# alias.
if isinstance(trend_alias, Alias):
try:
if as_internal_node(os.path.dirname(
trend_alias.node_url)) is self:
trend_alias.prune()
except ENoSuchName:
trend_alias.prune()
return
def destroy_logger_alias(self):
logger_service = as_internal_node('/services/logger')
if logger_service.has_child(self.name):
trend_alias = logger_service.get_child(self.name)
# get_child returns the actual child, as_node would follow an
# alias.
if isinstance(trend_alias, Alias):
try:
if as_internal_node(
os.path.dirname(trend_alias.node_url)
) is self:
trend_alias.prune()
except ENoSuchName:
trend_alias.prune()
return
def configure(self, config):
self.setattr('name', config.get('name', 'Trend Manager'))
self.setattr('logger_url', config.get('logger_url',
'/services/logger'))
self.secured = as_internal_node("/services").secured
super(TrendManager, self).configure(config)
return
def read_object(self):
if self.context is None:
nodeurl = self.statedict['nodeurl']
print '%s read_object for %s' % (self, nodeurl)
try:
context = as_internal_node(nodeurl)
if isinstance(context, DeferredObject):
raise KeyError(nodeurl)
self.context = context
except KeyError:
print '\tcreating node'
super(PickleableConfigurableNode,
self).__setstate__(self.statedict)
else:
print '\tnode already existed, setting up'
contextstate = self.statedict['state']
# Ugly inefficient hack to work with ReloadableSingleton,
# which wraps the ROOT node and delegates getattr and
# setattr to the wrapped node. This, of course, fails
# if the instance's __dict__ is used directly to modify
# the state.
for name, value in contextstate.items():
setattr(self.context, name, value)
nodeconfig = self.statedict['nodeconfig']
print '\tcofigure node with %s' % nodeconfig
try:
self.context.configure(nodeconfig)
except:
msglog.exception()
return self.context
def setUp(self):
DefaultTestFixture.setUp(self)
self.__event_updated_values = {}
self.new_node_tree()
root = as_internal_node('/')
self._cov_counter = 0
GetException().configure({'name':'exception', 'parent':'/services'})
SUBSCRIPTION_MANAGER.configure({'debug':0,
'_normal_pool_size':2,
'_slow_pool_size':2,
'_prime_pool_size':2,
'_minimum_poll_interval':0.001,
'_slow_poll_threshold':0.500,
}
)
for i in range(0,10):
f = FastNode()
f.configure({'parent':root, 'name':"FastNode-%03d"%i})
s = SlowNode()
s.configure({'parent':root, 'name':"SlowNode-%03d"%i})
e = ErrorNode()
e.configure({'parent':root, 'name':"ErrorNode-%03d"%i})
b = BatchNode(i & 1)
b.configure({'parent':root, 'name':"BatchNode-%03d"%i})
root.start()
return
def _get_reference(self):
if not is_node(self._reference):
try:
self._reference = as_internal_node(self._reference)
except:
self._reference = None
return self._reference
def _local_setup(self):
self.new_node_tree()
self.root = as_internal_node('/')
self._dm = GARBAGE_COLLECTOR
self._dm.debug = debug
self._dm.start()
return
def _local_setup(self):
self.new_node_tree()
self.root = as_internal_node('/')
self._dm = GARBAGE_COLLECTOR
self._dm.debug = debug
self._dm.start()
return
def interrogate_nodes(root, get_state=1):
from mpx.lib.node import as_node, as_internal_node
#print 'enter interrogate_node'
if type(root) == types.StringType:
root = as_internal_node(root)
it = Iterator(root, 0)
node_stack = []
node_interrogation = []
#COUNTER = 0
while it.has_more():
node = it.get_next_node()
#while (len(node_stack) and node_stack[len(node_stack) - 1] is not node.parent):
#node_stack.pop()
#node_stack.append(node)
config = None
state = ''
try:
config = node.configuration()
for k in config.keys():
value = config[k]
if type(value) == types.StringType:
config[k] = _encode_xml(value)
state = current_state(node)
except Exception, e:
config = {}
config['__state__'] = 'Error'
## Should report error?
config['__state__'] = str(state)
node_interrogation.append(config)
def setUp(self):
DefaultTestFixture.setUp(self)
self.__event_updated_values = {}
self.new_node_tree()
root = as_internal_node('/')
self._cov_counter = 0
GetException().configure({'name': 'exception', 'parent': '/services'})
SUBSCRIPTION_MANAGER.configure({
'debug': 0,
'_normal_pool_size': 2,
'_slow_pool_size': 2,
'_prime_pool_size': 2,
'_minimum_poll_interval': 0.001,
'_slow_poll_threshold': 0.500,
})
for i in range(0, 10):
f = FastNode()
f.configure({'parent': root, 'name': "FastNode-%03d" % i})
s = SlowNode()
s.configure({'parent': root, 'name': "SlowNode-%03d" % i})
e = ErrorNode()
e.configure({'parent': root, 'name': "ErrorNode-%03d" % i})
b = BatchNode(i & 1)
b.configure({'parent': root, 'name': "BatchNode-%03d" % i})
root.start()
return
def interrogate_nodes(root, get_state=1):
from mpx.lib.node import as_node,as_internal_node
#print 'enter interrogate_node'
if type(root) == types.StringType:
root = as_internal_node(root)
it = Iterator(root, 0)
node_stack = []
node_interrogation = []
#COUNTER = 0
while it.has_more():
node = it.get_next_node()
#while (len(node_stack) and node_stack[len(node_stack) - 1] is not node.parent):
#node_stack.pop()
#node_stack.append(node)
config = None
state=''
try:
config = node.configuration()
for k in config.keys():
value = config[k]
if type(value) == types.StringType:
config[k] = _encode_xml(value)
state = current_state(node)
except Exception, e:
config = {}
config['__state__'] = 'Error'
## Should report error?
config['__state__'] = str(state)
node_interrogation.append(config)
def configure(self, config):
self.setattr('path', config.get('path', '/scheduleconfig'))
self.secured = as_boolean(as_internal_node("/services").secured)
security_manager = config.get('security_manager',
'/services/Security Manager')
self.setattr('security_manager', security_manager)
super(ScheduleConfigurator, self).configure(config)
def test_1_empty(self):
system.configure(os.path.join(properties.ROOT,
'mpx/system/_test_1_empty.xml'))
root = as_internal_node('/')
if root.exception is None or isinstance(root.exception, SAXException):
return
raise root.exception
def _inform_garbage_collector(list):
try:
gc = as_internal_node('/services/garbage_collector')
gc.set_faillist(list)
except:
msglog.exception(msglog.types.INFO)
return
def setUp(self):
DefaultTestFixture.setUp(self)
self.root = as_internal_node('/')
self.input = CompositeNode()
self.output = CompositeNode()
self.input.configure({'parent': self.root, 'name': 'input'})
self.output.configure({'parent': self.root, 'name': 'output'})
self.input_value = SimpleValue()
self.output_value = SimpleValue()
self.input_value.configure({'parent': self.input, 'name': 'value'})
self.output_value.configure({'parent': self.output, 'name': 'value'})
self.aliases = Aliases()
self.aliases.configure({'parent': self.root, 'name': 'aliases'})
self.alias_input = Alias()
self.alias_input.configure({
'parent': self.aliases,
'name': 'input',
'node_url': '/input/value'
})
self.alias_output = Alias()
self.alias_output.configure({
'parent': self.aliases,
'name': 'output',
'node_url': '/output/value'
})
self.input_value.set(1)
self.output_value.set(0)
return
def setUp(self):
DefaultTestFixture.setUp(self)
self.__event_updated_values = {}
self.new_node_tree()
root = as_internal_node("/")
self._cov_counter = 0
GetException().configure({"name": "exception", "parent": "/services"})
SUBSCRIPTION_MANAGER.configure(
{
"debug": 0,
"_normal_pool_size": 2,
"_slow_pool_size": 2,
"_prime_pool_size": 2,
"_minimum_poll_interval": 0.001,
"_slow_poll_threshold": 0.500,
}
)
for i in range(0, 10):
f = FastNode()
f.configure({"parent": root, "name": "FastNode-%03d" % i})
s = SlowNode()
s.configure({"parent": root, "name": "SlowNode-%03d" % i})
e = ErrorNode()
e.configure({"parent": root, "name": "ErrorNode-%03d" % i})
b = BatchNode(i & 1)
b.configure({"parent": root, "name": "BatchNode-%03d" % i})
root.start()
return
def read_object(self):
if self.context is None:
nodeurl = self.statedict['nodeurl']
print '%s read_object for %s' % (self, nodeurl)
try:
context = as_internal_node(nodeurl)
if isinstance(context, DeferredObject):
raise KeyError(nodeurl)
self.context = context
except KeyError:
print '\tcreating node'
super(PickleableConfigurableNode, self).__setstate__(self.statedict)
else:
print '\tnode already existed, setting up'
contextstate = self.statedict['state']
# Ugly inefficient hack to work with ReloadableSingleton,
# which wraps the ROOT node and delegates getattr and
# setattr to the wrapped node. This, of course, fails
# if the instance's __dict__ is used directly to modify
# the state.
for name,value in contextstate.items():
setattr(self.context, name, value)
nodeconfig = self.statedict['nodeconfig']
print '\tcofigure node with %s' % nodeconfig
try:
self.context.configure(nodeconfig)
except:
msglog.exception()
return self.context
def new_column_a_log(self):
self.new_node_tree()
logger = BogusLogger()
logger.configure({'name':'logger',
'parent':as_internal_node('/services')})
log = BogusLog()
log.configure({'name':'bogus_log', 'parent':logger})
columns = BogusColumns()
columns.configure({'name':'columns', 'parent':log})
timestamp_column = BogusColumn()
timestamp_column.configure({'name':'timstamp', 'parent':columns})
column_a = BogusColumn()
column_a.configure({'name':'column-A', 'parent':columns})
column_a_decorator = MeterMailColumnDecorator()
column_a_decorator.configure({'name':'metermail_column_decorator',
'parent':column_a,
'mmafmt_channel_id':'column-A',
'mmafmt_channel_label':'kW a',
})
exporters = BogusExporters()
exporters.configure({'name':'exporters', 'parent':log})
periodic_exporter = BogusPeriodicExporter()
periodic_exporter.configure({'name':'periodic_exporter',
'parent':exporters})
formatter = MeterMailFormatter()
formatter.configure({'name':'metermail_formatter',
'parent':periodic_exporter,
'device_name':'device_name',
'data_recorder_id':'data_recorder_id',
'data_recorder_label':'data_recorder_label',
})
return
def _get_reference(self):
if not is_node(self._reference):
try:
self._reference = as_internal_node(self._reference)
except:
self._reference = None
return self._reference
def test_1_empty(self):
system.configure(
os.path.join(properties.ROOT, 'mpx/system/_test_1_empty.xml'))
root = as_internal_node('/')
if root.exception is None or isinstance(root.exception, SAXException):
return
raise root.exception
def configure(self, config):
# The request_path tells the http_server which url requests
# should be sent to this handler. It can be a regular expression
# as defined in the documentation for the python re module.
set_attribute(self, 'request_path', '/nodebrowser', config)
self.secured = as_internal_node("/services").secured
RequestHandler.configure(self, config)
def configure(self, config):
self.setattr('path', config.get('path','/scheduleconfig'))
self.secured = as_boolean(as_internal_node("/services").secured)
security_manager = config.get('security_manager',
'/services/Security Manager')
self.setattr('security_manager', security_manager)
super(ScheduleConfigurator, self).configure(config)
def test_dumps_node(self):
self.assert_eq(
dumps((as_internal_node('/'), )),
"<params><param><value><struct><member>"
"<name>path</name><value><string>/</string></value></member>"
"<member><name>edt__typ</name><value><string>node</string></value>"
"</member></struct></value></param></params>")
return
def configure(self, config):
# The request_path tells the http_server which url requests
# should be sent to this handler. It can be a regular expression
# as defined in the documentation for the python re module.
set_attribute(self, 'request_path', '/backup', config)
self.secured = as_internal_node("/services").secured
RequestHandler.configure(self, config)
return
def configure(filename=properties.CONFIGURATION_FILE):
try:
root = _configure(filename)
except Exception, e:
import traceback
traceback.print_exc()
root = as_internal_node('/')
root.exception = e
msglog.exception()
def __init__(self, source_node, timeout=960):
EventConsumerAbstract.__init__(self)
self.__node = as_internal_node(source_node)
self.__cond = Condition()
self.__event = None
self.__sched = None #scheduled action to unsubscribe the point
self.__timeout = timeout #number of seconds to maintain subscription
self._event_received = False
return
def configure(self, config):
self.setattr('path', config.get('path', '/trendmanager'))
self.setattr('name', config.get('name', 'Trend Manager Handler'))
self.setattr(
'manager',
as_deferred_node(config.get('manager', '/services/Trend Manager')))
self.secured = as_internal_node("/services").secured
super(TrendManagerHandler, self).configure(config)
return
def start(self):
if self.__running:
return
super(PeriodicLogTrendAdapter, self).start()
self.periodic_log = as_internal_node('/services/logger').get_child(
self.name)
self.log_url = self.periodic_log.as_node_url()
self.__running = True
return
def __init__(self, source_node, timeout=960):
EventConsumerAbstract.__init__(self)
self.__node = as_internal_node(source_node)
self.__cond = Condition()
self.__event = None
self.__sched = None #scheduled action to unsubscribe the point
self.__timeout = timeout #number of seconds to maintain subscription
self._event_received = False
return
def test_dumps_node(self):
self.assert_eq(
dumps((as_internal_node('/'),)),
"<params><param><value><struct><member>"
"<name>path</name><value><string>/</string></value></member>"
"<member><name>edt__typ</name><value><string>node</string></value>"
"</member></struct></value></param></params>"
)
return
def start(self):
if self.__running:
return
super(PeriodicLogTrendAdapter, self).start()
self.periodic_log = as_internal_node(
'/services/logger'
).get_child(self.name)
self.log_url = self.periodic_log.as_node_url()
self.__running = True
return
def __init__(self):
"""method __init__(): Parameter 'ir_nodes' is a list (not dictionary) of one
or more valid InterfaceRouteNode subclass instance refs."""
Thread.__init__(self)
self._poll_obj = None
self.go = 1
self._com1 = as_internal_node('/interfaces/com1')
self._com1.open()
self._com1_file = self._com1.file
self._com1_fd = self._com1_file.fileno()
self._com2 = as_internal_node('/interfaces/com2')
self._com2.open()
self._com2_file = self._com2.file
self._com2_fd = self._com2_file.fileno()
def configure(self, config):
self.setattr('path', config.get('path','/trendmanager'))
self.setattr('name', config.get('name','Trend Manager Handler'))
self.setattr(
'manager',
as_deferred_node(config.get('manager','/services/Trend Manager'))
)
self.secured = as_internal_node("/services").secured
super(TrendManagerHandler, self).configure(config)
return
def __init__(self):
"""method __init__(): Parameter 'ir_nodes' is a list (not dictionary) of one
or more valid InterfaceRouteNode subclass instance refs."""
Thread.__init__(self)
self._poll_obj = None
self.go = 1
self._com1 = as_internal_node('/interfaces/com1')
self._com1.open()
self._com1_file = self._com1.file
self._com1_fd = self._com1_file.fileno()
self._com2 = as_internal_node('/interfaces/com2')
self._com2.open()
self._com2_file = self._com2.file
self._com2_fd = self._com2_file.fileno()
def handle_logout(self, request):
sm = as_internal_node("/services/session_manager")
cookies = [Cookie("CUSER", "EXPIRED")]
session_id = request.get_cookie("SID")
if session_id:
sm.destroy(session_id)
cookies.append(Cookie("CRYPT", "EXPIRED"))
cookies.append(Cookie("SID", "EXPIRED"))
self.assign_cookies(cookies, request)
self.handle_form(request, "information", "You have logged out.")
def test_monitor_from_methods_and_start(self):
self.add_dm()
monitor1 = self.dm.monitor_from_kw(UniqueDeviceIdentifier,
device_class='udi')
monitor2 = self.dm.monitor_from_kw(UniqueDeviceIdentifier,
device_class='udi')
self.assert_comparison('monitor2', 'is', 'monitor1')
monitor_1_1 = self.dm.monitor_from_kw(UniqueTestIdentifier,
device_class='test',
port='/interfaces/com1',
address=1)
monitor_1_2 = self.dm.monitor_from_kw(UniqueTestIdentifier,
device_class='test',
port='/interfaces/com1',
address=2)
self.assert_comparison('monitor_1_1', 'is not', 'monitor_1_2')
monitor_2_1 = self.dm.monitor_from_udi(
UniqueTestIdentifier(
device_class='test',
port='/interfaces/com2',
address=1
)
)
monitor_2_2 = self.dm.monitor_from_udi(
UniqueTestIdentifier(
device_class='test',
port='/interfaces/com2',
address=2
)
)
self.assert_comparison('monitor_2_1', 'is not', 'monitor_2_2')
instance_list = [monitor1, monitor_1_1, monitor_1_2, monitor_2_1,
monitor_2_2]
node_list = self.dm.dynamic_container().children_nodes()
while node_list:
node = node_list.pop()
self.assert_comparison('node', 'in', 'instance_list')
instance_list.remove(node)
self.assert_comparison('instance_list', '==', '[]')
# Start will cause the monitors to "register" with the Device Manager.
as_internal_node('/').start()
return
def start(self):
try:
self._pdo_lock.acquire()
try:
if self.__running:
return
self.__running = True
self._trendconfig = PersistentDictionary(filename(self),
encode=None,
decode=None)
if not self._trendconfig:
pdodata = PersistentDataObject(self, dmtype=GC_NEVER)
if os.path.exists(pdodata.filename()):
msglog.log('broadway', msglog.types.INFO,
"Migrating previous trend data")
pdodata.trends = {}
pdodata.load()
self._trendconfig.update(pdodata.trends)
del (pdodata)
finally:
self._pdo_lock.release()
super(TrendManager, self).start()
self.logger = node.as_internal_node(self.logger_url)
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()
corrupt_trends = []
for trendname, trenddump in self._trendconfig.items():
msg = "Loading trend: %s" % trendname
msglog.log('trendmanager', msglog.types.INFO, msg)
try:
trend = unmarshal(trenddump)
except:
corrupt_trends.append(trendname)
msg = "Failed to load trend: %s" % trendname
msglog.log('trendmanager', msglog.types.ERR, msg)
msglog.exception(prefix='Handled')
for trendname in corrupt_trends:
try:
msg = "Deleting trend information: %s" % trendname
msglog.log('trendmanager', msglog.types.INFO, msg)
self._delete_trend_configuration(trendname)
if self.trends.has_child(trendname):
trend = self.trends.get_child(trendname)
trend.prune(force=True)
except:
msglog.exception(prefix='Handled')
except:
self.__running = False
raise
return
def test_timestamp_exception(self):
self.new_column_a_log()
as_internal_node('/').start()
formatter = as_internal_node(
'/services/logger/bogus_log/exporters/periodic_exporter/'
'metermail_formatter')
data = []
for x in range(1, 10):
entry = {}
entry['column-A'] = x
data.append(entry)
try:
xml = formatter.format(data)
while xml.read(100):
pass
self.fail(
'If no timestamp field it should throw an EIncompatiableFormat'
)
except EIncompatiableFormat:
pass
def merge_preferences(self, preferences):
try:
default_preferences = copy.deepcopy(TrendBase.DEFAULT_PREFERENCES)
if self.log_url:
default_preferences["title"] = as_internal_node(
self.log_url).name
self.merge_container(preferences, default_preferences)
except:
msglog.exception()
raise
return preferences
def start(self):
self.debug_print(1, 'start()')
if not self.running:
self.running = 1
self.__status = -1
# If Config has disabled Internal Modem Server, try to get a ref to the
# ComIfRouteNode at the given rzhost_master_path (in nodetree):
port_node = None
self.debug_print(1, 'rzhost_master_path = %s',
self.rzhost_master_path)
if self.QA != 0:
try:
com_if_node = as_internal_node(self.rzhost_master_path)
except ENoSuchName, segment:
msglog.log('RznetNode',
msglog.types.ERR,
('Failed to find'
' InterfaceRouterNode object'
' at %s, at segment %s!'
' Pass-through will not run.')
% (self.rzhost_master_path,
segment)
)
else:
port_node = com_if_node.parent
self.debug_print(1, 'port_node = %s', str(port_node))
# Create/init thread that runs the whole shootin' match. Pass in
# desired rznet_addr:
self.line_handler = RznetThread(self.parent,
self.rzhost_slave_port, port_node,
self.QA, self.rznet_addr,
self)
# applies to ALL devices
self.line_handler.def_max_dev_subscrs = self.def_max_dev_subscrs
# 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.parent.as_node_url() != '/services/control': #under com
self.discover_children() #need to kick start old style nodes
#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
self.__status = 1
def test_timestamp_exception(self):
self.new_column_a_log()
as_internal_node('/').start()
formatter = as_internal_node(
'/services/logger/bogus_log/exporters/periodic_exporter/'
'metermail_formatter'
)
data =[]
for x in range(1,10):
entry = {}
entry['column-A'] = x
data.append(entry)
try:
xml = formatter.format(data)
while xml.read(100):
pass
self.fail(
'If no timestamp field it should throw an EIncompatiableFormat'
)
except EIncompatiableFormat:
pass
def merge_preferences(self, preferences):
try:
default_preferences = copy.deepcopy(TrendBase.DEFAULT_PREFERENCES)
if self.log_url:
default_preferences["title"] = as_internal_node(
self.log_url
).name
self.merge_container(preferences, default_preferences)
except:
msglog.exception()
raise
return preferences
def start(self):
self.debug_print(1, 'start()')
if not self.running:
self.running = 1
self.__status = -1
# If Config has disabled Internal Modem Server, try to get a ref to the
# ComIfRouteNode at the given rzhost_master_path (in nodetree):
port_node = None
self.debug_print(1, 'rzhost_master_path = %s',
self.rzhost_master_path)
if self.QA != 0:
try:
com_if_node = as_internal_node(self.rzhost_master_path)
except ENoSuchName, segment:
msglog.log('RznetNode', msglog.types.ERR,
('Failed to find'
' InterfaceRouterNode object'
' at %s, at segment %s!'
' Pass-through will not run.') %
(self.rzhost_master_path, segment))
else:
port_node = com_if_node.parent
self.debug_print(1, 'port_node = %s', str(port_node))
# Create/init thread that runs the whole shootin' match. Pass in
# desired rznet_addr:
self.line_handler = RznetThread(self.parent,
self.rzhost_slave_port, port_node,
self.QA, self.rznet_addr, self)
# applies to ALL devices
self.line_handler.def_max_dev_subscrs = self.def_max_dev_subscrs
# 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.parent.as_node_url() != '/services/control': #under com
self.discover_children() #need to kick start old style nodes
#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
self.__status = 1
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):
try:
self._pdo_lock.acquire()
try:
if self.__running:
return
self.__running = True
self._trendconfig = PersistentDictionary(filename(self), encode=None, decode=None)
if not self._trendconfig:
pdodata = PersistentDataObject(self, dmtype=GC_NEVER)
if os.path.exists(pdodata.filename()):
msglog.log("broadway", msglog.types.INFO, "Migrating previous trend data")
pdodata.trends = {}
pdodata.load()
self._trendconfig.update(pdodata.trends)
del (pdodata)
finally:
self._pdo_lock.release()
super(TrendManager, self).start()
self.logger = node.as_internal_node(self.logger_url)
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()
corrupt_trends = []
for trendname, trenddump in self._trendconfig.items():
msg = "Loading trend: %s" % trendname
msglog.log("trendmanager", msglog.types.INFO, msg)
try:
trend = unmarshal(trenddump)
except:
corrupt_trends.append(trendname)
msg = "Failed to load trend: %s" % trendname
msglog.log("trendmanager", msglog.types.ERR, msg)
msglog.exception(prefix="Handled")
for trendname in corrupt_trends:
try:
msg = "Deleting trend information: %s" % trendname
msglog.log("trendmanager", msglog.types.INFO, msg)
self._delete_trend_configuration(trendname)
if self.trends.has_child(trendname):
trend = self.trends.get_child(trendname)
trend.prune(force=True)
except:
msglog.exception(prefix="Handled")
except:
self.__running = False
raise
return
def _megatron_hwid_proc():
# @FIXME: Need to check the license manager, and then return
# "NBM-2500" or "NBM-5000".
megatron_models = ['NBM-2500', 'NBM-5000']
try:
from mpx.lib.node import as_internal_node
hwid = 'NBM-' + str(as_internal_node('/interfaces/AI1').coprocessor.udi[3:7])
if hwid not in megatron_models:
# return the default hwid, i.e., NBM5000
hwid = 'NBM-5000'
except Exception, error:
# Do nothing, can't use msglog here ...
# return the default hwid, i.e., NBM5000
hwid = 'NBM-5000'
def test_monitor_from_methods_and_start(self):
self.add_dm()
monitor1 = self.dm.monitor_from_kw(UniqueDeviceIdentifier,
device_class='udi')
monitor2 = self.dm.monitor_from_kw(UniqueDeviceIdentifier,
device_class='udi')
self.assert_comparison('monitor2', 'is', 'monitor1')
monitor_1_1 = self.dm.monitor_from_kw(UniqueTestIdentifier,
device_class='test',
port='/interfaces/com1',
address=1)
monitor_1_2 = self.dm.monitor_from_kw(UniqueTestIdentifier,
device_class='test',
port='/interfaces/com1',
address=2)
self.assert_comparison('monitor_1_1', 'is not', 'monitor_1_2')
monitor_2_1 = self.dm.monitor_from_udi(
UniqueTestIdentifier(device_class='test',
port='/interfaces/com2',
address=1))
monitor_2_2 = self.dm.monitor_from_udi(
UniqueTestIdentifier(device_class='test',
port='/interfaces/com2',
address=2))
self.assert_comparison('monitor_2_1', 'is not', 'monitor_2_2')
instance_list = [
monitor1, monitor_1_1, monitor_1_2, monitor_2_1, monitor_2_2
]
node_list = self.dm.dynamic_container().children_nodes()
while node_list:
node = node_list.pop()
self.assert_comparison('node', 'in', 'instance_list')
instance_list.remove(node)
self.assert_comparison('instance_list', '==', '[]')
# Start will cause the monitors to "register" with the Device Manager.
as_internal_node('/').start()
return
def _megatron_hwid_proc():
# @FIXME: Need to check the license manager, and then return
# "NBM-2500" or "NBM-5000".
megatron_models = ['NBM-2500', 'NBM-5000']
try:
from mpx.lib.node import as_internal_node
hwid = 'NBM-' + str(
as_internal_node('/interfaces/AI1').coprocessor.udi[3:7])
if hwid not in megatron_models:
# return the default hwid, i.e., NBM5000
hwid = 'NBM-5000'
except Exception, error:
# Do nothing, can't use msglog here ...
# return the default hwid, i.e., NBM5000
hwid = 'NBM-5000'