def process_app_launch(request):
try:
if type(request) != dict:
request_json_data = request.get_json(silent=True, force=True)
else:
request_json_data = request
app_name = request_json_data.get("queryResult").get("parameters").get(
"LaunchApplication").lower()
if app_name is None or app_name == "":
logger.logging.info('app_name was not provided.')
agent.add_message('Requested activity cannot be fulfilled.')
return agent.get_response()
filters = [{
'column': "synonyms",
'operator': ">=",
"key": app_name
}, {
'column': "synonyms",
'operator': ">=",
"key": app_name + "z"
}]
result = search("SupportedAppList", filters)
if len(result) == 0:
logger.logging.info('Records not found in Datastore')
agent.add_message('Requested activity cannot be fulfilled.')
return agent.get_response()
vehicle_vin = request_json_data.get("originalDetectIntentRequest").get(
"payload").get("vin")
if vehicle_vin is None:
logger.logging.info('vehicle_vin not found in payload')
agent.add_message(
'VIN not found in payload. Hence cannot send msg.')
return agent.get_response()
launch_app_json = {
"category": "APPLAUNCH",
"package_id": result[0].get("package"),
"name": app_name
}
send_message(launch_app_json, vehicle_vin)
agent.add_message(f'launching_app {app_name}')
return agent.get_response()
except:
agent.add_message('Requested activity cannot be fulfilled.')
return agent.get_response()
def process_handle_indicator(request):
try:
if type(request) != dict:
request_json_data = request.get_json(silent=True, force=True)
else:
request_json_data = request
vehicle_vin = get_vehicle_vin(request_json_data)
filter = [{"column": "vin", "operator": "=", "key": vehicle_vin}]
result = search('VehicleStatus', filter)
if len(result) == 0:
agent.add_message("Could not find vehicle information")
return agent.get_response()
entity_row = result[0]
if entity_row.get("yatch") == "0":
agent.add_message("no_indicator")
elif entity_row.get("yatch") == "1":
if entity_row.get("parked") == "y":
agent.add_message("blue_indicator_parked")
else:
agent.add_message("blue_indicator_driving")
elif entity_row.get("yatch") == "2":
if entity_row.get("parked") == "y":
agent.add_message("red_indicator_parked")
else:
agent.add_message("red_indicator_driving")
elif entity_row.get("yatch") == "3":
if entity_row.get("parked") == "y":
agent.add_message("blinking_red_indicator_parked")
else:
agent.add_message("blinking_red_indicator_driving")
return agent.get_response()
except:
agent.add_message(f"Could not search for vehicle.")
return agent.get_response()
def search_data(request):
request_json_data = request.get_json(silent=True, force=True)
list1 = []
if request_json_data is None or request_json_data.get('key') is None:
logger.logging.info(
'Query function is invoked without the key parameter')
abort(
make_response(
jsonify(message='Please provide a valid key to search'), 400))
key = request_json_data.get("key")
filters = [{"column": "UnitName", "operator": "=", "key": key}]
result = search("data", filters)
if not result:
data = "No result is returned"
else:
for i in result:
list1.append(i)
data = list1
return make_response(jsonify(data=data), 200)
def process_handle_amb_light(request):
try:
if type(request) != dict:
request_json_data = request.get_json(silent=True, force=True)
else:
request_json_data = request
direction = request_json_data.get("queryResult").get("parameters").get(
"level")
by_approx = request_json_data.get("queryResult").get("parameters").get(
"approx")
type = request_json_data.get("queryResult").get("parameters").get(
"hudval")
by_how_much = int(
request_json_data.get("queryResult").get("parameters").get(
"numval"))
percentage = int(
request_json_data.get("queryResult").get("parameters").get("per"))
print({
'Direction': direction,
'byApprox': by_approx,
'type': type,
'byHowMuch': by_how_much
})
ref_result = search('AmbLightRef')
amb_light_ref_data = ref_result[0]
print(f"AmbLight Ref: {amb_light_ref_data}")
if percentage is None and (by_how_much is not None) and (
by_how_much < amb_light_ref_data.get("minimum")
or by_how_much > amb_light_ref_data.get("maximum")):
agent.add_message(
f"amb_light_not_in_range {amb_light_ref_data.get('minimum')} and {amb_light_ref_data.get('maximum')}"
)
return agent.get_response()
vehicle_vin = get_vehicle_vin(request_json_data)
filter = [{"column": "vin", "operator": "=", "key": vehicle_vin}]
result = search("VehicleStatus", filter)
if type is not None:
by_how_much = amb_light_ref_data.get("type")
print(f"Type: {type},by_how_much: {by_how_much}")
if len(result) == 0:
vehicle_data = new_vehicle_status_entity()
vehicle_data.vin = vehicle_vin
if by_how_much is None:
vehicle_data.amb_light = amb_light_ref_data.get("small")
else:
vehicle_data.amb_light = by_how_much
old_amb_light_data = vehicle_data.get("amb_light")
else:
vehicle_data = result[0]
old_amb_light_data = vehicle_data.get("amb_light")
if direction == "increase":
if vehicle_data.get("amb_light") >= amb_light_ref_data.get(
"maximum"):
agent.add_message("amb_light_already_max")
return agent.get_response()
if by_approx == "little":
vehicle_data.amb_light = vehicle_data.amb_light + amb_light_ref_data.get(
"small")
elif by_approx == "lot":
vehicle_data.amb_light = vehicle_data.amb_light + amb_light_ref_data.get(
"big")
else:
if 0 < percentage <= 100:
by_how_much = old_amb_light_data + (
old_amb_light_data * percentage / 100)
else:
agent.add_message("amb_light_invalid_percentage")
return agent.get_response()
vehicle_data.amb_light = vehicle_data.amb_light + by_how_much
elif direction == "decrease":
if vehicle_data.amb_light <= amb_light_ref_data.get("minimum"):
agent.add_message("amb_light_already_min")
return agent.get_response()
if by_approx == "little":
vehicle_data.amb_light = vehicle_data.amb_light - amb_light_ref_data.get(
"small")
elif by_approx == "lot":
vehicle_data.amb_light = vehicle_data.amb_light - amb_light_ref_data.get(
"big")
else:
if 0 < percentage <= 100:
by_how_much = old_amb_light_data - (
old_amb_light_data * percentage / 100)
else:
agent.add_message("amb_light_invalid_percentage")
return agent.get_response()
vehicle_data.amb_light = vehicle_data.amb_light + by_how_much
else:
vehicle_data.amb_light = by_how_much
old_amb_light_data = 0
print("Existing vehicle found")
if vehicle_data.amb_light is None:
agent.add_message("hud_error")
return agent.get_response()
if vehicle_data.amb_light >= amb_light_ref_data.get("maximum"):
vehicle_data.amb_light = amb_light_ref_data.get("maximum")
elif vehicle_data.amb_light <= amb_light_ref_data.get("minimum"):
vehicle_data.amb_light = amb_light_ref_data.get("minimum")
try:
result = create_entity("VehicleStatus", vehicle_vin, vehicle_data)
if type is not None:
if type == 'minimum':
agent.add_message("amb_light_min")
if type == 'maximum':
agent.add_message("amb_light_max")
else:
agent.add_message("amb_light_mid")
elif old_amb_light_data == 0:
if vehicle_data.amb_light == amb_light_ref_data.get("minimum"):
agent.add_message("amb_light_min")
elif vehicle_data.amb_light == amb_light_ref_data.get(
"maximum"):
agent.add_message("amb_light_max")
else:
agent.add_message(
f"amb_light_set_to {vehicle_data.amb_light}")
else:
if old_amb_light_data <= vehicle_data.amb_light:
agent.add_message("raising")
agent.add_message("amb_light_changed")
else:
agent.add_message("lowering")
agent.add_message("amb_light_changed")
return agent.get_response()
except:
agent.add_message(
"Ambient Light info could not be inserted or updated.")
return agent.get_response()
except:
agent.add_message("Error while trying to search vehicle.")
return agent.get_response()
def process_handle_hud_rel(request):
try:
if type(request) != dict:
request_json_data = request.get_json(silent=True, force=True)
else:
request_json_data = request
direction = request_json_data.get("queryResult").get("parameters").get(
"level")
by_approx = request_json_data.get("queryResult").get("parameters").get(
"approx")
type = request_json_data.get("queryResult").get("parameters").get(
"hudval")
by_how_much = int(
request_json_data.get("queryResult").get("parameters").get(
"numval"))
print({
'Direction': direction,
'byApprox': by_approx,
'type': type,
'byHowMuch': by_how_much
})
hud_data = search('HudRef')
hud_ref_data = hud_data[0]
if by_how_much is not None and (
by_how_much < hud_ref_data.get("minimum")
or by_how_much < hud_ref_data.get("maximum")):
agent.add_message(
f"hud_angle_not_in_range of {hud_ref_data.get('minimum')} and {hud_ref_data.get('maximum')}"
)
vehicle_vin = get_vehicle_vin(request_json_data)
filter = [{"column": "vin", "operator": "=", "key": vehicle_vin}]
result = search('VehicleStatus', filter)
if type is not None:
by_how_much = hud_ref_data.get("type")
logger.logging.info({'type': type, 'by_how_much': by_how_much})
if len(result) == 0:
vehicle_data = new_vehicle_status_entity()
vehicle_data.vin = vehicle_vin
if by_how_much is None:
vehicle_data.hud_angle = hud_ref_data.get('small')
else:
vehicle_data.hud_angle = by_how_much
old_hud_angle_data = vehicle_data.hud_angle
else:
vehicle_data = result[0]
old_hud_angle_data = vehicle_data.hud_angle
if direction == 'increase':
if vehicle_data.hud_angle >= hud_ref_data.get('maximum'):
agent.add_message("hud_angle_already_max")
if by_approx == "little":
vehicle_data.hud_angle = vehicle_data.hud_angle + hud_ref_data.small
elif by_approx == "lot":
vehicle_data.hud_angle = vehicle_data.hud_angle + hud_ref_data.big
else:
vehicle_data.hud_angle = vehicle_data.hud_angle + by_how_much
elif direction == "decrease":
if vehicle_data.hud_angle <= hud_ref_data.get('minimum'):
agent.add_message("hud_angle_already_min")
if by_approx == "little":
vehicle_data.hud_angle = vehicle_data.hud_angle - hud_ref_data.small
elif by_approx == "lot":
vehicle_data.hud_angle = vehicle_data.hud_angle - hud_ref_data.big
else:
vehicle_data.hud_angle = vehicle_data.hud_angle - by_how_much
else:
vehicle_data.hud_angle = by_how_much
old_hud_angle_data = 0
logger.logging.info("Existing vehicle found.")
if vehicle_data.hud_angle is None:
agent.add_message("hud_error")
if vehicle_data.hud_angle >= hud_ref_data.maximum:
vehicle_data.hud_angle = hud_ref_data.maximum
elif vehicle_data.hud_angle <= hud_ref_data.minimum:
vehicle_data.hud_angle = hud_ref_data.minimum
try:
result = create_entity("VehicleStatus", vehicle_vin, vehicle_data)
if type is not None:
if type == 'minimum':
agent.add_message("hud_angle_min")
if type == 'maximum':
agent.add_message("hud_angle_max")
else:
agent.add_message("hud_angle_mid")
elif old_hud_angle_data == 0:
if vehicle_data.hud_angle == hud_ref_data.minimum:
agent.add_message("hud_angle_min")
elif vehicle_data.hud_angle == hud_ref_data.maximum:
agent.add_message("hud_angle_max")
else:
agent.add_message(
f"hud_angle_set_to {vehicle_data.hud_angle}")
else:
if old_hud_angle_data <= vehicle_data.hud_angle:
agent.add_message("raising")
else:
agent.add_message("lowering")
if old_hud_angle_data <= vehicle_data.hud_angle:
agent.add_message("raising")
agent.add_message("hud_angle_changed")
else:
agent.add_message("lowering")
agent.add_message("hud_angle_changed")
return agent.get_response()
except:
agent.add_message("HUD info could not be inserted or updated")
return agent.get_response()
except:
agent.add_message("Error while trying to search vehicle.")
return agent.get_response()