def test_logger_agent_started(self):
uuid = self.direct_build_install_run_agent(AGENT_DIR, CONFIG_FILE)
time.sleep(SLEEP_TIME)
publish_addr = self.env()['AGENT_PUB_ADDR']
self.assertIsNotNone(publish_addr)
msg = {"oat1": "50", "oat2":"20.5"}
print('ENVIRONMENT: ', publish_addr)
pub = PublishMixin(publish_addr)
pub.publish_json('pnnl/isb1/oat/all',{}, msg)
time.sleep(SLEEP_TIME)
def setup(self, opts):
self.interval = float(opts.get('interval', 60))
self.set_metadata('/',
{'Instrument/SamplingPeriod': str(self.interval)})
self.add_collection('/actuators')
publish_address = opts.get('publish_address', default_publish_address)
PublishMixin._setup(self, publish_address)
self.interface = self.get_interface(opts)
self.all_path_depth, self.all_path_breadth = self.get_paths_for_point(
'/' + DRIVER_TOPIC_ALL)
self.meta_data = {}
c = self.get_collection('/')
#Flatten the meta data dict
kv = buildkv('', c['Metadata'])
self.meta_data[c.path] = dict(kv)
for point in self.interface.get_register_names():
register = self.interface.get_register_by_name(point)
if register.register_type == 'bit':
data_type = 'long'
else:
if register.python_type is int:
data_type = 'long'
elif register.python_type is float:
data_type = 'double'
else:
raise ValueError(
'sMAP currently only supports int and float based data types.'
)
ts = self.add_timeseries('/' + point,
register.units,
data_type=data_type,
description=register.description)
pd = ts['Properties']
ts_type = pd['ReadingType']
if ts_type == 'double':
ts_type = 'float'
elif ts_type == 'long':
ts_type = 'integer'
self.meta_data[point] = {
'units': pd['UnitofMeasure'],
'type': ts_type,
'tz': pd['Timezone']
}
for register in self.interface.get_registers_by_type('bit', False):
point = register.point_name
actuator_point = '/actuators/' + point
print 'Setting up actuator point:', actuator_point
a = self.add_actuator(actuator_point,
register.units,
InterfaceBitActuator,
setup={
'point_name': point,
'interface': self.interface
}) #, read_limit=1.0, write_limit=1.0)
value = self.interface.get_point_sync(point)
if value is None:
print("ERROR: Failed to read " + actuator_point +
" interface returned None")
else:
self.add(actuator_point, value)
for register in self.interface.get_registers_by_type('byte', False):
point = register.point_name
actuator_point = '/actuators/' + point
print 'Setting up actuator point:', actuator_point
if register.python_type is int:
act_class, data_type = (InterfaceIntActuator, 'long')
elif register.python_type is float:
act_class, data_type = (InterfaceFloatActuator, 'double')
else:
raise ValueError(
'sMAP currently only supports int and float based data types.'
)
a = self.add_actuator(
actuator_point,
register.units,
act_class,
setup={
'point_name': point,
'interface': self.interface
},
data_type=data_type) #, read_limit=1.0, write_limit=1.0)
value = self.interface.get_point_sync(point)
if value is not None:
self.add(actuator_point, value)
else:
print("ERROR: Failed to read " + actuator_point +
" interface returned None")
def setup(self, opts):
self.interval = float(opts.get("interval", 60))
self.set_metadata("/", {"Instrument/SamplingPeriod": str(self.interval)})
self.add_collection("/actuators")
publish_address = opts.get("publish_address", default_publish_address)
PublishMixin._setup(self, publish_address)
self.interface = self.get_interface(opts)
self.all_path_depth, self.all_path_breadth = self.get_paths_for_point("/" + DRIVER_TOPIC_ALL)
self.meta_data = {}
c = self.get_collection("/")
# Flatten the meta data dict
kv = buildkv("", c["Metadata"])
self.meta_data[c.path] = dict(kv)
for point in self.interface.get_register_names():
register = self.interface.get_register_by_name(point)
if register.register_type == "bit":
data_type = "long"
else:
if register.python_type is int:
data_type = "long"
elif register.python_type is float:
data_type = "double"
else:
raise ValueError("sMAP currently only supports int and float based data types.")
ts = self.add_timeseries("/" + point, register.units, data_type=data_type, description=register.description)
pd = ts["Properties"]
ts_type = pd["ReadingType"]
if ts_type == "double":
ts_type = "float"
elif ts_type == "long":
ts_type = "integer"
self.meta_data[point] = {"units": pd["UnitofMeasure"], "type": ts_type, "tz": pd["Timezone"]}
for register in self.interface.get_registers_by_type("bit", False):
point = register.point_name
actuator_point = "/actuators/" + point
print "Setting up actuator point:", actuator_point
a = self.add_actuator(
actuator_point,
register.units,
InterfaceBitActuator,
setup={"point_name": point, "interface": self.interface},
) # , read_limit=1.0, write_limit=1.0)
value = self.interface.get_point_sync(point)
if value is None:
print ("ERROR: Failed to read " + actuator_point + " interface returned None")
else:
self.add(actuator_point, value)
for register in self.interface.get_registers_by_type("byte", False):
point = register.point_name
actuator_point = "/actuators/" + point
print "Setting up actuator point:", actuator_point
if register.python_type is int:
act_class, data_type = (InterfaceIntActuator, "long")
elif register.python_type is float:
act_class, data_type = (InterfaceFloatActuator, "double")
else:
raise ValueError("sMAP currently only supports int and float based data types.")
a = self.add_actuator(
actuator_point,
register.units,
act_class,
setup={"point_name": point, "interface": self.interface},
data_type=data_type,
) # , read_limit=1.0, write_limit=1.0)
value = self.interface.get_point_sync(point)
if value is not None:
self.add(actuator_point, value)
else:
print ("ERROR: Failed to read " + actuator_point + " interface returned None")
def setup(self, opts):
self.interval = float(opts.get('interval',60))
self.set_metadata('/', {'Instrument/SamplingPeriod' : str(self.interval)})
self.add_collection('/actuators')
publish_address = opts.get('publish_address', default_publish_address)
PublishMixin._setup(self, publish_address)
self.interface = self.get_interface(opts)
self.all_path_depth, self.all_path_breadth = self.get_paths_for_point('/'+DRIVER_TOPIC_ALL)
self.meta_data = {}
c = self.get_collection('/')
#Flatten the meta data dict
kv = buildkv('', c['Metadata'])
self.meta_data[c.path] = dict(kv)
for point in self.interface.get_register_names():
register = self.interface.get_register_by_name(point)
if register.register_type == 'bit':
data_type = 'long'
else:
if register.python_type is int:
data_type = 'long'
elif register.python_type is float:
data_type = 'double'
else:
raise ValueError('sMAP currently only supports int and float based data types.')
ts = self.add_timeseries('/'+point, register.units, data_type=data_type, description=register.description)
pd = ts['Properties']
ts_type = pd['ReadingType']
if ts_type == 'double':
ts_type = 'float'
elif ts_type == 'long':
ts_type = 'integer'
self.meta_data[point] = {'units': pd['UnitofMeasure'],
'type': ts_type,
'tz': pd['Timezone']}
for register in self.interface.get_registers_by_type('bit',False):
point = register.point_name
actuator_point = '/actuators/'+point
print 'Setting up actuator point:', actuator_point
a = self.add_actuator(actuator_point, register.units, InterfaceBitActuator,
setup={'point_name':point, 'interface': self.interface}) #, read_limit=1.0, write_limit=1.0)
value = self.interface.get_point_sync(point)
if value is None:
print("ERROR: Failed to read " + actuator_point + " interface returned None")
else:
self.add(actuator_point, value)
for register in self.interface.get_registers_by_type('byte',False):
point = register.point_name
actuator_point = '/actuators/'+point
print 'Setting up actuator point:', actuator_point
if register.python_type is int:
act_class, data_type = (InterfaceIntActuator, 'long')
elif register.python_type is float:
act_class, data_type = (InterfaceFloatActuator, 'double')
else:
raise ValueError('sMAP currently only supports int and float based data types.')
a = self.add_actuator(actuator_point, register.units, act_class,
setup={'point_name':point, 'interface': self.interface},
data_type=data_type) #, read_limit=1.0, write_limit=1.0)
value = self.interface.get_point_sync(point)
if value is not None:
self.add(actuator_point, value)
else:
print("ERROR: Failed to read " + actuator_point + " interface returned None")
def setup(self, opts):
self.interval = float(opts.get('interval', 60))
self.set_metadata('/',
{'Instrument/SamplingPeriod': str(self.interval)})
self.add_collection('/actuators')
publish_address = opts.get('publish_address', default_publish_address)
PublishMixin._setup(self, publish_address)
self.interface = self.get_interface(opts)
self.all_path_depth, self.all_path_breadth = self.get_paths_for_point(
'/all')
for point in self.interface.get_register_names():
register = self.interface.get_register_by_name(point)
if register.register_type == 'bit':
data_type = 'long'
else:
if register.python_type is int:
data_type = 'long'
elif register.python_type is float:
data_type = 'double'
else:
raise ValueError(
'sMAP currently only supports int and float based data types.'
)
self.add_timeseries('/' + point,
register.units,
data_type=data_type,
description=register.description)
for register in self.interface.get_registers_by_type('bit', False):
point = register.point_name
actuator_point = '/actuators/' + point
print 'Setting up actuator point:', actuator_point
a = self.add_actuator(actuator_point,
register.units,
InterfaceBitActuator,
setup={
'point_name': point,
'interface': self.interface
}) #, read_limit=1.0, write_limit=1.0)
value = self.interface.get_point_sync(point)
if value is None:
print("ERROR: Failed to read " + actuator_point +
" interface returned None")
else:
self.add(actuator_point, value)
for register in self.interface.get_registers_by_type('byte', False):
point = register.point_name
actuator_point = '/actuators/' + point
print 'Setting up actuator point:', actuator_point
if register.python_type is int:
act_class, data_type = (InterfaceIntActuator, 'long')
elif register.python_type is float:
act_class, data_type = (InterfaceFloatActuator, 'double')
else:
raise ValueError(
'sMAP currently only supports int and float based data types.'
)
a = self.add_actuator(
actuator_point,
register.units,
act_class,
setup={
'point_name': point,
'interface': self.interface
},
data_type=data_type) #, read_limit=1.0, write_limit=1.0)
value = self.interface.get_point_sync(point)
if value is not None:
self.add(actuator_point, value)
else:
print("ERROR: Failed to read " + actuator_point +
" interface returned None")