def __init__(self):
'''
'''
log.info('Initialized!')
self.conf = ConfSaver("." + self.__class__.__name__)
self.running = False
self.data_catcher = MovCatcher()
self.data_filter = DataFilter()
self.__thread__ = threading.Thread(target = self.run)
self.last_raw_data = None
self.__exit = False
self.__init_values__()
self.stats = ['STOP', 'FINDED','CONFIGURED','CALIBRATED']
self.actual_stat = 'STOP'
self.actions = ['FIND', 'CONFIGURE', 'CALIBRATE']
class Application():
__default={'TIME_BETWEEN_SAMPLES': 0.1 #Time between samples in seconds
}
def __init__(self):
'''
'''
log.info('Initialized!')
self.conf = ConfSaver("." + self.__class__.__name__)
self.running = False
self.data_catcher = MovCatcher()
self.data_filter = DataFilter()
self.__thread__ = threading.Thread(target = self.run)
self.last_raw_data = None
self.__exit = False
self.__init_values__()
self.stats = ['STOP', 'FINDED','CONFIGURED','CALIBRATED']
self.actual_stat = 'STOP'
self.actions = ['FIND', 'CONFIGURE', 'CALIBRATE']
def exec_action(self, action):
'''
State Machine
'''
if action == INIT:
self.__newstate__(INIT)
elif action == SEARCH:
self.__newstate__(SEARCHING)
self.__setup_devices__()
data = self.data_catcher.get_devices_state()
if len(data):
self.__newstate__(FOUND)
else:
self.exec_action(INIT)
def __init_values__(self):
'''
'''
self.time_between_samples = self.conf.init_set("time_between_samples", Application.__default['TIME_BETWEEN_SAMPLES'])
def system_calibrate(self):
'''
'''
self.show_info(messages['CALIBRATION'])
answer = self.make_question("Are you OK?")
print answer
def system_part_calibrate(self):
pass
def __exec_filter__(state):
'''
'''
def function(function_wrapped):
def function2(self,*args,**kwargs):
if self.stats.index(self.actual_stat) not in state:
return function_wrapped(self,*args,**kwargs)
else:
msg = "Not Valid instruction in actual State: %s" % str(self.actual_stat)
log.error(msg)
raise Exception(msg)
return function2
return function
def __setup_devices__(self):
'''
Description:
Arguments:
Return:
Exceptions
'''
self.data_catcher.find_devices()
self.data_catcher.connect_all_devices()
self.catchers_info = self.data_catcher.get_devices_state()
for keys, value in self.catchers_info.items():
if value['mode'] == ACCELERATION:
self.data_filter.add_accelerometer_controller(keys)
if value['mode'] == IR:
self.data_filter.add_movement_controller(keys)
if value['mode'] == GYRO:
self.data_filter.add_gyroscope_controller(keys)
@__exec_filter__(['FINDED','CONFIGURED','CALIBRATED'])
def list_devices(self):
return self.data_catcher
@__exec_filter__(['FINDED'])
def set_report_mode(self,index,report,state):
self.data_catcher.is_found(index)
self.data_catcher.set_report_mode(index,report,state)
@__exec_filter__(['FINDED'])
def disconnect_device(self):
pass
@__exec_filter__(['FINDED','CONFIGURED','CALIBRATED'])
def get_device_status(self):
return self.data_catcher.get_devices_state()
def get_last_raw_data(self):
return self.last_raw_data
@__exec_filter__(['STOP'])
def set_time_between_samples(self,time):
self.conf.setval('time_between_samples',time)
self.time_between_samples = time
def get_time_between_samples(self):
return self.time_between_samples
def start(self):
self.__thread__.start()
def stop(self):
if self.running:
self.__exit = True
self.__thread__.join()
self.__thread__ = threading.Thread(target = self.run)
self.running = False
def run(self):
self.running = True
while not self.__exit:
self.last_raw_data = self.read_one_value()
#self.data_filter.analize_data(self.last_raw_data)
self.__represent_raw_value()
time.sleep(self.time_between_samples)
print self.last_raw_data
def read_one_value(self):
return self.data_catcher.get_alldata()
def exit_app(self):
if self.running:
self.__exit = True
self.__thread__.join()
self.data_catcher.disconnect_all_devices()
def __represent_raw_value(self, rawdata):
'''
This method should be overloaded to show raw data information
'''
print rawdata
def __newstate__(self, state):
'''
Overload this method to warn we are in another state
'''
print "New State: ", state