def set_denva_status(cfg):
# 1. DENVA
state = status.Status()
logger.info('Getting status for denva..')
server_data = local_data_gateway.get_data_for('{}/system'.format(
config_service.load_cfg()["urls"]['denva']))
if 'error' in server_data:
logger.warning('Unable to get Denva status due to {}'.format(
server_data['error']))
state.set_error()
else:
system_health_check_service.update_hc_for('denva', 'ui')
if float(dom_utils.get_float_number_from_text(
server_data['CPU Temp'])) > cfg['sensor']['cpu_temp_error']:
logger.warning('status: RED due to very high cpu temp on Denva )')
state.set_error()
elif float(
dom_utils.get_float_number_from_text(
server_data['CPU Temp'])) > cfg['sensor']['cpu_temp_warn']:
logger.warning('status: ORANGE due to high cpu temp on Denva )')
state.set_warn()
if dom_utils.get_int_number_from_text(
server_data['Memory Available']) < 384:
logger.warning(
'status: RED due to very low memory available on Denva')
state.set_error()
elif dom_utils.get_int_number_from_text(
server_data['Memory Available']) < 512:
logger.warning(
'status: ORANGE due to low memory available on Denva')
state.set_warn()
if dom_utils.get_int_number_from_text(server_data['Free Space']) < 256:
logger.warning('status: RED due to very low free space on Denva')
state.set_error()
elif dom_utils.get_int_number_from_text(
server_data['Free Space']) < 1024:
logger.warning('status: ORANGE due to low free space on Denva')
state.set_warn()
if dom_utils.get_int_number_from_text(
server_data['Data Free Space']) < 256:
logger.warning(
'status: RED due to very low data free space on Denva')
state.set_error()
elif dom_utils.get_int_number_from_text(
server_data['Data Free Space']) < 1024:
logger.warning(
'status: ORANGE due to low data free space on Denva')
state.set_warn()
color_red, color_green, color_blue = delight_utils.get_state_colour(state)
update_blink(state.state)
unicornhathd.set_pixel(ui_utils.to_x(1), 1, purple_r, purple_g, purple_b)
set_status_for_device(1, 13, color_red, color_green, color_blue)
logger.info('Denva: {}'.format(state.get_status_as_light_colour()))
return blink
def set_delight_status(cfg):
# 4. DELIGHT
state = status.Status()
try:
delight_data = delight_service.get_system_info()
cpu_temp = str(delight_data['CPU Temp'])
if float(dom_utils.get_float_number_from_text(
cpu_temp)) > cfg['sensor']['cpu_temp_error']:
logger.warning('status: RED due to very high cpu temp on Delight')
state.set_error()
elif float(dom_utils.get_float_number_from_text(
cpu_temp)) > cfg['sensor']['cpu_temp_warn']:
logger.warning('status: ORANGE due to high cpu temp on Delight')
state.set_warn()
if dom_utils.get_int_number_from_text(
delight_data['Memory Available']) < 128:
logger.warning(
'status: RED due to very low memory available on Delight')
state.set_error()
elif dom_utils.get_int_number_from_text(
delight_data['Memory Available']) < 256:
logger.warning(
'status: ORANGE due to low memory available on Delight')
state.set_warn()
if dom_utils.get_int_number_from_text(
delight_data['Free Space']) < 128:
logger.warning('status: RED due to very low free space on Delight')
state.set_error()
elif dom_utils.get_int_number_from_text(
delight_data['Free Space']) < 512:
logger.warning('status: ORANGE due to low free space on Delight')
state.set_warn()
except Exception as set_state_exception:
logger.error(
'Something went badly wrong\n{}'.format(set_state_exception),
exc_info=True)
state.set_error()
delight_ui_response = local_data_gateway.get_data_for('{}/hc'.format(
config_service.load_cfg()["urls"]['delight']))
if not 'error' in delight_ui_response:
system_health_check_service.update_hc_for('delight', 'ui')
color_blue, color_green, color_red = delight_utils.get_state_colour(state)
update_blink(state.state)
unicornhathd.set_pixel(ui_utils.to_x(13), 1, purple_r, purple_g, purple_b)
unicornhathd.set_pixel(ui_utils.to_x(15), 1, purple_r, purple_g, purple_b)
unicornhathd.set_pixel(ui_utils.to_x(13), 2, purple_r, purple_g, purple_b)
unicornhathd.set_pixel(ui_utils.to_x(15), 2, purple_r, purple_g, purple_b)
set_status_for_device(13, 13, color_red, color_green, color_blue)
logger.info('Delight: {}'.format(state.get_status_as_light_colour()))
def add_measurement_to_file(file, data: dict, motion):
timestamp = datetime.now()
csv_writer = csv.writer(file)
csv_writer.writerow([
timestamp,
data['temp'],
data['pressure'],
data['humidity'],
data['gas_resistance'],
data['colour'],
data['aqi'],
data['uva_index'],
data['uvb_index'],
data['motion'],
motion['ax'],
motion['ay'],
motion['az'],
motion['gx'],
motion['gy'],
motion['gz'],
motion['mx'],
motion['my'],
motion['mz'],
data['measurement_time'],
dom_utils.get_float_number_from_text(data['cpu_temp']),
data['eco2'],
data['tvoc'],
])
file.close()
def test_get_float_number_from_text_should_return_int_without_text(self):
self.assertEqual(dom_utils.get_float_number_from_text('2.1'), '2.1')
def test_get_float_number_from_text(self):
self.assertEqual(dom_utils.get_float_number_from_text('2.1 kB'), '2.1')
def get_cpu_temp_as_number() -> float:
return float(dom_utils.get_float_number_from_text(get_cpu_temp()))