def run(self):
ECA_parser.restore_vars()
error = None
percent = 0
error = False
if self.threadsync_event:
self.threadsync_event.wait()
if self.stopped():
self._observer.info((False,percent,'Engine stopped',False))
else:
error = self.handle_single_event(Event.initializeEvent)
while self.eventProducer.has_next_event() and not self.stopped():
next_event = self.eventProducer.next_event()
if self.threadsync_event:
self.threadsync_event.wait()
error = self.handle_single_event(next_event)
if self.eventProducer.percent > percent:
percent = self.eventProducer.percent
self._observer.info((True,percent,'Working... '+str(percent)+'%',False))
error = self.handle_single_event(Event.finalizeEvent)
if not self.stopped():
self._observer.info((False,100,'Done',False))
elif not error:
self._observer.info((False,percent,'Engine stopped',False))
else:
self._observer.info((False,percent,error,True))
print('#!Finish rule engine thread, variables are: \n')
print(ECA_parser.variables)
def run(self):
ECA_parser.restore_vars()
error = None
percent = 0
error = False
if self.threadsync_event:
self.threadsync_event.wait()
if self.stopped():
self._observer.info((False, percent, 'Engine stopped', False))
else:
error = self.handle_single_event(Event.initializeEvent)
while self.eventProducer.has_next_event() and not self.stopped():
next_event = self.eventProducer.next_event()
if self.threadsync_event:
self.threadsync_event.wait()
error = self.handle_single_event(next_event)
if self.eventProducer.percent > percent:
percent = self.eventProducer.percent
self._observer.info(
(True, percent, 'Working... ' + str(percent) + '%', False))
error = self.handle_single_event(Event.finalizeEvent)
if not self.stopped():
self._observer.info((False, 100, 'Done', False))
elif not error:
self._observer.info((False, percent, 'Engine stopped', False))
else:
self._observer.info((False, percent, error, True))
print('#!Finish rule engine thread, variables are: \n')
print(ECA_parser.variables)
def load_file_stream(file):
if engine_thread and engine_thread.is_alive():
return 'Stop the rule engine before loading a new file'
else:
try:
ECA_parser.parse(file.read()+'\n')
return ''
except Exception as e:
print("#PARSE ERROR!" + str(e))
return str(e)
def load_file_stream(file):
if engine_thread and engine_thread.is_alive():
return 'Stop the rule engine before loading a new file'
else:
try:
ECA_parser.parse(file.read() + '\n')
return ''
except Exception as e:
print("#PARSE ERROR!" + str(e))
return str(e)
def discard_file(): if not engine_thread: ECA_parser.reset()
def has_errors(): return ECA_parser.has_errors()
def discard_file():
if not engine_thread:
ECA_parser.reset()
def has_errors():
return ECA_parser.has_errors()
