def _init_input_handlers(self, input_handler_chain):
'''
per default all input handlers are enabled. If the user wishes
to have only some handlers parsing information a custom
InputHandlerChain has to be passed to the constructor
'''
if input_handler_chain:
self._input_handler = input_handler_chain.handler()
else:
self._input_handler = InputHandlerChain()
cp = CheckpointHandler();self._input_handler.add_handler(cp)
self._input_handler.add_handler(CanBusHandler())
self._input_handler.add_handler(BufferHandler())
el = EventlineHandler();self._input_handler.add_handler(el); General().eventline_handler = el
self._input_handler.add_handler(ConstellationHandler())
self._input_handler = self._input_handler.handler()
def _init_input_handlers(self, input_handler_chain):
'''
per default all input handlers are enabled. If the user wishes
to have only some handlers parsing information a custom
InputHandlerChain has to be passed to the constructor
'''
if input_handler_chain:
self._input_handler = input_handler_chain.handler()
else:
self._input_handler = InputHandlerChain()
self._input_handler.add_handler(CheckpointHandler())
self._input_handler.add_handler(CanBusHandler())
self._input_handler.add_handler(BufferHandler())
self._input_handler.add_handler(EventlineHandler())
self._input_handler.add_handler(ConstellationHandler())
self._input_handler = self._input_handler.handler()
class Monitor(QObject):
def __init__(self, input_handler_chain=False):
QObject.__init__(self)
self.sim_env = None
self.monitored = []
self.t_period = 1
self.sample_time = 0.5 # Sample time in which the information is read from the objects
self._show_time = True
self._last_run_elements = RefList()
self._init_input_handlers(input_handler_chain)
def set_handler_chain(self, handler_chain):
''' this method allows the user to specify which
information needs to be parsed '''
self._input_handler = handler_chain
def show_monitor_time(self, bool_show):
''' output the monitor publish time on every call'''
self._show_time = bool_show
def _init_input_handlers(self, input_handler_chain):
'''
per default all input handlers are enabled. If the user wishes
to have only some handlers parsing information a custom
InputHandlerChain has to be passed to the constructor
'''
if input_handler_chain:
self._input_handler = input_handler_chain.handler()
else:
self._input_handler = InputHandlerChain()
self._input_handler.add_handler(CheckpointHandler())
self._input_handler.add_handler(CanBusHandler())
self._input_handler.add_handler(BufferHandler())
self._input_handler.add_handler(EventlineHandler())
self._input_handler.add_handler(ConstellationHandler())
self._input_handler = self._input_handler.handler()
@ try_ex
def push_constellation(self, ecu_groups, busses, bus_connections):
''' this method receives the initial constellation of the
environment and publishes it to the handlers
Input: ecu_groups list list of lists: [[ecu_list, ecu_spec],[ecu_list, ecu_spec],...]
busses list list of lists: [[bus_list, ecu_spec],[bus_list, ecu_spec],...]
bus_connections list list of lists [[bus_id, ecu_id], [bus_id, ecu_id],...]
Output: -
'''
# push the constellation
push_list = [MonitorInput([ecu_groups, busses, bus_connections], MonitorTags.CONSELLATION_INFORMATION, \
None, 0, None, None, None, None, None, None)]
self._input_handler.publish(push_list, RefList())
# push initial ecu ids
push_list = MonitorInput(APICore()._ecu_list_from_groups(ecu_groups), MonitorTags.ECU_ID_LIST, \
None, 0, None, None, None, None, None, None)
self._input_handler.publish(push_list, RefList())
def subscribe(self, obj, func_name, handlers=None):
''' in the specified time interval data will be
passed to the function func
Subscribe not to the monitor but to specified handlers of it
e.g. a GUI
'''
handler = self._input_handler
while handler != None:
if handler.__class__ in handlers:
handler.subscribe(obj, func_name)
print("object: %s subscribed to %s" % (obj, handler))
handler = handler.next
def connect(self, obj):
''' connects an arbitrary object to
the monitor. Then this object can pass
information to the Monitor via the monitor_update method
A connection is only possible if the object is monitorable (i.e.
has all necessary methods)'''
try:
if obj not in self.monitored:
# Check if this method is monitorable
obj.monitor_update()
self.monitored.append(obj)
obj.set_monitor(self)
except:
pass
def monitor(self):
''' Gathering of information'''
while True:
''' either invoked once in a certain time frame
or invoked via force command '''
try:
''' 1. Update all values -> write it to list '''
for obj in self.monitored:
monitor_input_lst = obj.monitor_update()
self._last_run_elements.join(monitor_input_lst)
''' 2. Timeout'''
yield self.sim_env.timeout(self.sample_time)
except simpy.Interrupt:
pass
def monitor_publish(self):
'''
information is captured continuously and
send to the connected methods once in a while
'''
while True:
try:
# get current time
if self._show_time:
print("Current time %s " % self.sim_env.now)
# if there is new stuff publish it now
self._input_handler.publish(self.sim_env.now, self._last_run_elements) # calls all publishers in a chain
self._last_run_elements.clear()
except:
ECULogger().log_traceback()
# wait
yield self.sim_env.timeout(self.t_period)
def set_monitor_env(self, val):
self.sim_env = val
def set_sample_time(self, t_sample):
self.sample_time = t_sample
def set_period(self, t_period):
self.t_period = t_period
def set_sim_process(self, sim_process):
self.sim_process = sim_process
class Monitor(QObject):
def __init__(self, input_handler_chain=False):
QObject.__init__(self)
self.sim_env = None
self.monitored = []
self.t_period = 1
self.sample_time = 0.5 # Sample time in which the information is read from the objects
self._show_time = True
self._last_run_elements = RefList()
self._init_input_handlers(input_handler_chain)
def set_handler_chain(self, handler_chain):
''' this method allows the user to specify which
information needs to be parsed '''
self._input_handler = handler_chain
def show_monitor_time(self, bool_show):
''' output the monitor publish time on every call'''
self._show_time = bool_show
def _init_input_handlers(self, input_handler_chain):
'''
per default all input handlers are enabled. If the user wishes
to have only some handlers parsing information a custom
InputHandlerChain has to be passed to the constructor
'''
if input_handler_chain:
self._input_handler = input_handler_chain.handler()
else:
self._input_handler = InputHandlerChain()
cp = CheckpointHandler();self._input_handler.add_handler(cp)
self._input_handler.add_handler(CanBusHandler())
self._input_handler.add_handler(BufferHandler())
el = EventlineHandler();self._input_handler.add_handler(el); General().eventline_handler = el
self._input_handler.add_handler(ConstellationHandler())
self._input_handler = self._input_handler.handler()
@ try_ex
def push_constellation(self, ecu_groups, busses, bus_connections):
''' this method receives the initial constellation of the
environment and publishes it to the handlers
Input: ecu_groups list list of lists: [[ecu_list, ecu_spec],[ecu_list, ecu_spec],...]
busses list list of lists: [[bus_list, ecu_spec],[bus_list, ecu_spec],...]
bus_connections list list of lists [[bus_id, ecu_id], [bus_id, ecu_id],...]
Output: -
'''
# set eventline handlers
for ecu in ecu_groups:
try:
General().register_eventline_tags(ecu[0][0].ecuSW.comm_mod._tags)
except:
pass
# push the constellation
push_list = [MonitorInput([ecu_groups, busses, bus_connections], MonitorTags.CONSELLATION_INFORMATION, \
None, 0, None, None, None, None, None, None)]
self._input_handler.publish(push_list, RefList())
# push initial ecu ids
push_list = MonitorInput(APICore()._ecu_list_from_groups(ecu_groups), MonitorTags.ECU_ID_LIST, \
None, 0, None, None, None, None, None, None)
self._input_handler.publish(push_list, RefList())
def subscribe(self, obj, func_name, handlers=None):
''' in the specified time interval data will be
passed to the function func
Subscribe not to the monitor but to specified handlers of it
e.g. a GUI
'''
handler = self._input_handler
while handler != None:
if handler.__class__ in handlers:
handler.subscribe(obj, func_name)
print("object: %s subscribed to %s" % (obj, handler))
handler = handler.next
def connect(self, obj):
''' connects an arbitrary object to
the monitor. Then this object can pass
information to the Monitor via the monitor_update method
A connection is only possible if the object is monitorable (i.e.
has all necessary methods)'''
try:
if obj not in self.monitored:
# Check if this method is monitorable
obj.monitor_update()
self.monitored.append(obj)
obj.set_monitor(self)
except:
pass
def monitor(self):
''' Gathering of information'''
while True:
''' either invoked once in a certain time frame
or invoked via force command '''
try:
''' 1. Update all values -> write it to list '''
for obj in self.monitored:
monitor_input_lst = obj.monitor_update()
self._last_run_elements.join(monitor_input_lst)
''' 2. Timeout'''
yield self.sim_env.timeout(self.sample_time)
except simpy.Interrupt:
pass
def monitor_publish(self):
'''
information is captured continuously and
send to the connected methods once in a while
'''
while True:
try:
# get current time
if self._show_time:
print("Current time %s " % self.sim_env.now)
# if there is new stuff publish it now
self._input_handler.publish(self.sim_env.now, self._last_run_elements) # calls all publishers in a chain
self._last_run_elements.clear()
except:
ECULogger().log_traceback()
# wait
yield self.sim_env.timeout(self.t_period)
def set_monitor_env(self, val):
self.sim_env = val
def set_sample_time(self, t_sample):
self.sample_time = t_sample
def set_period(self, t_period):
self.t_period = t_period
def set_sim_process(self, sim_process):
self.sim_process = sim_process