def build_device_inventory():
global in_mem_relsens, in_mem_devices, new_devices
try:
new_devices = {
} # reset this data structure also: to start from scratch
#dprint ('\nbuilding [enabled] in-memory devices..')
in_mem_devices = r.dump_active_device_spec_tree()
if (len(in_mem_devices) > 0):
print("\nactive in-memory devices:")
print(in_mem_devices)
else:
print('Error: Could not build in-memory devices')
return False
#dprint ('\nbuilding [enabled] in-memory relsens..')
in_mem_relsens = r.get_active_relsen_tree()
if (len(in_mem_relsens) > 0):
print("\nactive in-memory relsens:")
print(in_mem_relsens)
return True
else:
print('Error: Could not build in-memory relsons')
return False
except Exception as e:
print('* EXCEPTION 1: ', str(e))
return False
def simul_update_device():
dev = m.Device.query.filter_by(device_id='labs1').first()
if (not dev):
return {'error': 'labs1 : invalid device_id'}
en = not (dev.enabled) # toggle the current status
jupdate = {'device_id': 'labs1', 'enabled': en}
r.update_device(jupdate)
return {'result': 'device labs1 updated'}
def initialize_all(): # this is called from __init__.py at startup
print('\n+ in the application initialization block..')
r.build_constant_lists()
build_device_inventory()
build_initial_status() # to correctly light the buttons initially
start_daemon()
#sleep(5) # this does not help delay the MQTT subsciption
subscribe_mqtt() # subscribing here is a safety net
def simul_update_relsen():
rs = m.Relsen.query.filter_by (device_id='labs1', relsen_id='POWER1').first()
if (not rs):
return {'error' : 'invalid device_id or relsen_id'}
jupdate = {
'device_id':'labs1', 'relsen_id':'POWER2',
'relsen_name':'Table fan', 'relsen_type': 'Fan',
'room_name':'Grandpa\'s room', 'room_type': 'Dining room', 'group_name':'Basement',
'schedule': [["10:00","11:30"],["17:20","18:45"]],
'repeat':False
}
r.update_relsen (jupdate)
return {'result' : 'relsen {}/{} updated'.format(jupdate['device_id'], jupdate['relsen_id'])}
def simul_onboard_device():
jnew_device = {
'device_id': 'intof_A9417E',
'relsen_list': ['POWER1', 'POWER2', 'Sensor']
}
if r.onboard_device(jnew_device):
return {'result': 'device onboarded successfully'}
return {'error': 'failed to onboard device'}
def simul_onboard_device():
jnew_device = {
'device_id': 'LatestDevice',
'relsen_list': ['Relay1', 'Relay2', 'Sensor']
}
if r.onboard_device(jnew_device):
return {'result': 'device onboarded successfully'}
return {'error': 'failed to onboard device'}
def simul_bulk_onboard():
jnew_devices = {
'NewDevice1': ['Rel1', 'Rel2'],
'NewDevice2': ['Relay8'],
'NewDevice3': ['Rels1', 'Rels2', 'Sensor1']
}
if r.bulk_onboard_devices(jnew_devices):
return {'result': 'all devices onboarded successfully'}
return {'error': 'failed to onboard at least one device'}
def simul_update_relsen():
rs = m.Relsen.query.filter_by(device_id='labs1',
relsen_id='POWER1').first()
if (not rs):
return {'error': 'invalid device_id or relsen_id'}
jupdate = {
'device_id': 'labs1',
'relsen_id': 'POWER1',
'relsen_name': 'Table fan',
'relsen_type': 'Fan',
'room_name': 'Grandpa\'s room',
'room_type': 'Dining room',
'group_name': 'Basement',
'schedule': json.dumps({"schedule": [[10.0, 11.30]]}),
'repeat': False
}
r.update_relsen(jupdate)
return {'result': 'relsen labs1.POWER1 updated'}
def simul_bulk_onboard():
jnew_devices = {
'intof_EE487C': ['POWER1', 'POWER2', 'SENSOR'],
'intof_FF432D': ['POWER1'],
'intof_AB9A82': ['POWER1', 'POWER2', 'POWER3', 'POWER4']
}
if r.bulk_onboard_devices(jnew_devices):
return {'result': 'all devices onboarded successfully'}
return {'error': 'failed to onboard at least one device'}
def auto_onboard_devices():
print('\nAuto-onboarding all newly discovered devices..')
if new_devices is None or len(new_devices) == 0:
return {
'result': False,
'error': 'No new devices; please call discover/devices first'
}
if r.bulk_onboard_devices(new_devices):
return {'result': True, 'msg': 'all devices onboarded successfully'}
return {'result': False, 'error': 'failed to onboard at least one device'}
def simul_onboard_device():
jnew_device = {
'device_id': 'intof_DD417E',
'relsen_list': ['POWER1', 'POWER2', 'SENSOR']
}
if r.onboard_device(
jnew_device
): # TODO: you need to add it to in-memory structures also.
return {'result': 'device onboarded successfully'}
return {'error': 'failed to onboard device'}
def clear_timers_route():
if SIMULATION_MODE:
return ({'error' : 'in simulation mode'})
devid = request.args.get('device_id')
if (not devid):
return ({'error' : 'device_id is required'})
rsid = request.args.get('relsen_id')
if (not rsid):
return ({'error' : 'relsen_id is required'})
clear_timers (devid, rsid) # clear from Tasmota
jrelsen = {'device_id':devid, 'relsen_id':rsid, 'schedule':[], 'repeat':False} # [["10:10","20:20"]]
print (jrelsen)
res = r.update_relsen (jrelsen) # remove from database
print (res)
return ({'result' : 'timer schedules of device cleared'})
def add_test_data():
dprint(add_test_users())
DEV1 = 'AA12345'
DEV2 = 'BB45678'
DEV3 = 'CC67890'
DEV4 = 'labs1'
# TODO: all the following calls return False if they fail. Handle it!
# device
r.insert_device(device_id=DEV1,
fallback_id='fb_DVES0BC870',
mac='A2390BC870',
ip='192.168.0.2',
hardware_type="Generic",
num_relays=1,
num_sensors=1,
enabled=True)
r.insert_device(device_id=DEV2,
fallback_id='fb_DVESBC8991',
mac='B9034BC8991',
ip='192.168.0.3',
hardware_type="RND.MCU.AL2",
num_relays=2,
num_sensors=1,
enabled=False)
r.insert_device(device_id=DEV3,
fallback_id='fb_DVES9021A8',
mac='C0B5E59021A8',
ip='192.168.0.4',
hardware_type="Generic",
num_relays=4,
num_sensors=0,
enabled=True)
r.insert_device(device_id=DEV4,
fallback_id='fb_DVES0C45A1',
mac='FF34E0C45A1',
ip='192.168.0.5',
hardware_type="MCU.4.PIR.RAD.2R",
num_relays=4,
num_sensors=1,
enabled=True)
# relsen
sched1 = json.dumps({"schedule": [["6:30", "7:25"], ["18:0", "19:05"]]})
sched2 = json.dumps({"schedule": [["11:0", "12:10"], ["13:0", "14:50"]]})
sched3 = json.dumps({"schedule": [["10:0", "15:15"]]})
sched4 = json.dumps({
"schedule": [["9:0", "12:0"], ["12:10", "12:40"], ["16:0", "18:30"]]
}) # the third one will be ignored; only 2 schedules per relay
r.insert_relsen(device_id=DEV1,
relsen_id='POWER1',
relsen_name='Guest fan',
relsen_type='Fan',
room_name='Master bed room',
room_type='Bed room',
group_name='Ground floor',
schedule=None,
repeat=False)
r.insert_relsen(device_id=DEV1,
relsen_id='SENSOR',
relsen_name='Temperature',
relsen_type='Temperature sensor',
room_name='Guest room',
room_type='Bed room',
group_name='Sensors',
schedule=sched1,
repeat=False)
r.insert_relsen(device_id=DEV1,
relsen_id='SENSOR',
relsen_name='Humidity',
relsen_type='Humidity sensor',
room_name='Master bed room',
room_type='Bed room',
group_name='Sensors',
schedule=None,
repeat=False)
r.insert_relsen(device_id=DEV2,
relsen_id='POWER1',
relsen_name='Bed room fan',
relsen_type='Fan',
room_name='Master bed room',
room_type='Bed room',
group_name='Ground floor',
schedule=sched2,
repeat=True)
r.insert_relsen(device_id=DEV2,
relsen_id='POWER2',
relsen_name='Bed room light',
relsen_type='Tube light',
room_name='Master bed room',
room_type='Bed room',
group_name='Ground floor',
schedule=sched3,
repeat=True)
r.insert_relsen(device_id=DEV2,
relsen_id='SENSOR',
relsen_name='Garage door',
relsen_type='Door sensor',
room_name='Garage',
room_type='Garage',
group_name='Sensors',
schedule=None,
repeat=False)
r.insert_relsen(device_id=DEV3,
relsen_id='POWER1',
relsen_name='Bath light',
relsen_type='Bulb',
room_name='Main bath room',
room_type='Bath room',
group_name='Ground floor',
schedule=sched1,
repeat=True)
r.insert_relsen(device_id=DEV3,
relsen_id='POWER2',
relsen_name='Corridor light',
relsen_type='Bulb',
room_name='Varanda',
room_type='Corridor',
group_name='Ground floor',
schedule=None,
repeat=False)
r.insert_relsen(device_id=DEV3,
relsen_id='POWER3',
relsen_name='Sit out light',
relsen_type='Flood light',
room_name='sit out',
room_type='Balcony',
group_name='First floor',
schedule=None,
repeat=False)
r.insert_relsen(device_id=DEV3,
relsen_id='POWER4',
relsen_name='Balcony light',
relsen_type='Tube light',
room_name='sit out',
room_type='Balcony',
group_name='First floor',
schedule=sched3,
repeat=False)
r.insert_relsen(device_id=DEV4,
relsen_id='POWER1',
relsen_name='AC',
relsen_type='Air conditioner',
room_name='Kids bed room',
room_type='Bed room',
group_name='First floor',
schedule=sched1,
repeat=True)
r.insert_relsen(device_id=DEV4,
relsen_id='POWER2',
relsen_name='Geyser',
relsen_type='Water heater',
room_name='Kids bath room',
room_type='Bath room',
group_name='First floor',
schedule=sched4,
repeat=True)
r.insert_relsen(device_id=DEV4,
relsen_id='POWER3',
relsen_name='AC',
relsen_type='Air conditioner',
room_name='Grandma\'s bed room',
room_type='Bed room',
group_name='Ground floor',
schedule=sched4,
repeat=True)
r.insert_relsen(device_id=DEV4,
relsen_id='POWER4',
relsen_name='Fan',
relsen_type='Fan',
room_name='Grandma\'s bath room',
room_type='Bath room',
group_name='Ground floor',
schedule=sched4,
repeat=True)
r.insert_relsen(device_id=DEV4,
relsen_id='SENSOR',
relsen_name='Garage door',
relsen_type='Door sensor',
room_name='Garage',
room_type='Basement',
group_name='Sensors',
schedule=None,
repeat=False)
# status
stat1 = json.dumps({"Relays": [1, 0, 1, 0]})
stat2 = json.dumps({"Relays": [1, 0, 1, 0]})
stat3 = json.dumps({"Relays": [1, 0, 1, 0]})
stat4 = json.dumps({"Relays": [1, 0, 1, 0]})
sensor1 = json.dumps({"Temperature": 31.6, "Humidity": 76.1})
sensor2 = json.dumps({"Temperature": 22.2, "Humidity": 66.9})
sensor3 = json.dumps({"Light": 786})
sensor4 = json.dumps({"Light": 1022})
sensor5 = json.dumps({"Garage door": "Open"})
r.insert_status(device_id=DEV1,
relay_status=stat1,
event_type='Response',
online=True)
r.insert_status(device_id=DEV1,
sensor_values=sensor1,
event_type='Autonomous',
online=True)
r.insert_status(device_id=DEV2,
relay_status=stat2,
event_type='Event',
online=True)
r.insert_status(device_id=DEV3,
relay_status=stat3,
sensor_values=sensor2,
event_type='Health',
online=True)
r.insert_status(device_id=DEV4,
relay_status=stat4,
sensor_values=sensor3,
event_type='Health',
online=True)
r.insert_status(device_id=DEV4,
sensor_values=sensor5,
event_type='Event',
online=True)
return ({'result': '4 Test devices added (if not existing)'})
def add_minimal_data():
dprint(add_test_users())
DEV1 = 'fan'
DEV2 = 'portico'
DEV3 = 'hydro'
DEV4 = 'labs1'
DEV5 = 'coffee' # this is not enabled initially
# TODO: all the following calls return False if they fail. Handle it!
r.insert_device(device_id=DEV1, num_relays=1, enabled=True)
r.insert_device(device_id=DEV2, num_relays=2, enabled=True)
r.insert_device(device_id=DEV3, num_relays=2, enabled=True)
r.insert_device(device_id=DEV4, num_relays=4, enabled=True)
r.insert_device(device_id=DEV5, num_relays=2,
enabled=False) # onboard it in disabled status
r.insert_relsen(device_id=DEV1, relsen_id='POWER')
r.insert_relsen(device_id=DEV2, relsen_id='POWER1')
r.insert_relsen(device_id=DEV2, relsen_id='POWER2')
r.insert_relsen(device_id=DEV3, relsen_id='POWER1')
r.insert_relsen(device_id=DEV3, relsen_id='POWER2')
r.insert_relsen(device_id=DEV4, relsen_id='POWER1')
r.insert_relsen(device_id=DEV4, relsen_id='POWER2')
r.insert_relsen(device_id=DEV4, relsen_id='POWER3')
r.insert_relsen(device_id=DEV4, relsen_id='POWER4')
r.insert_relsen(device_id=DEV5, relsen_id='POWER1')
r.insert_relsen(device_id=DEV5, relsen_id='POWER2')
return ({'result': '5 Test devices added (if not existing)'})
def buttons():
result = r.get_relsen_tree()
dprint(result)
if ('error' in result):
return (result)
return render_template('buttons.html', SerVar=result)
