def get(self, wifi_name):
response = self.geo_repository.get_info_from_wifi(wifi_name)
print(response)
if response:
return Response.success(response)
return Response.error(GENERIC)
def post(self):
args = business_rule_parser.parse_args()
# Get BusinessRule arguments
if BusinessRuleValidator.is_name_valid(args["name"]):
name = args["name"]
response = self.repository.get_business_rule(name)
if response:
return Response.error(EXISTS_ID)
else:
return Response.error(FIELD_NOT_VALID)
if BusinessRuleValidator.is_query_valid(args["query"]):
query = args["query"]
else:
return Response.error(FIELD_NOT_VALID)
if BusinessRuleValidator.is_executing_valid(args["executing"]):
executing = args["executing"]
else:
executing = True
business_rule = BusinessRule(name=name,
query=query,
executing=executing)
result = self.repository.add_business_rule(business_rule)
if result:
return Response.success({"name": result})
return Response.error(GENERIC)
def get(self, ip):
response = self.geo_repository.get_info_from_ip(ip)
print(response)
if response:
return Response.success(response.json())
return Response.error(GENERIC)
def post(self):
args = location_parser.parse_args()
# Get Location arguments
if LocationValidator.is_name_valid(args["name"]):
name = args["name"]
response = self.repository.get_location(name)
if response:
return Response.error(EXISTS_ID)
else:
return Response.error(FIELD_NOT_VALID)
if LocationValidator.is_latlng_valid(args["latlng"]):
latlng = args["latlng"]
else:
latlng = None
location = Location(name=name, latlng=latlng)
result = self.repository.add_location(location)
if result:
return Response.success({"name": result})
return Response.error(GENERIC)
def get(self):
response = self.repository.get_all_business_rules()
return Response.success([
translator.business_rule_translator(business_rule)
for business_rule in response
])
def post(self):
raw_gnss_args = location_parser.parse_args()
user_file = raw_gnss_args["user_file"]
user_location_from_file = self.geo_repository.get_locations_from_gnss(user_file)
return Response.success(user_location_from_file)
def get(self, location_name):
response = self.repository.get_location(location_name)
if response:
return Response.success(
translator.location_translator(response))
return Response.error(NOT_EXISTS_ID)
def get(self, data_type_name):
response = self.repository.get_data_type(data_type_name)
if response:
return Response.success(response)
return Response.error(NOT_EXISTS_ID)
def put(self, device_name):
args = device_parser.parse_args()
response = self.repository.get_device(device_name)
if response is None:
return Response.error(NOT_EXISTS_ID)
# Get Device arguments
if DeviceValidator.is_name_valid(args["name"]):
name = args["name"]
else:
return Response.error(FIELD_NOT_VALID)
if DeviceValidator.is_category_valid(args["category"]):
category = args["category"]
else:
return Response.error(FIELD_NOT_VALID)
if DeviceValidator.is_location_valid(args["location"]):
location = args["location"]
else:
return Response.error(FIELD_NOT_VALID)
device = {"name": name, "category": category, "location": location}
response = self.repository.update_device(device_name, device)
if response:
return Response.success({"name": response})
return Response.error(GENERIC)
def put(self, location_name):
args = location_parser.parse_args()
# Get Location arguments
if LocationValidator.is_name_valid(args["name"]):
name = args["name"]
response = self.repository.get_location(name)
if response is None:
return Response.error(NOT_EXISTS_ID)
else:
return Response.error(FIELD_NOT_VALID)
if LocationValidator.is_latlng_valid(args["latlng"]):
latlng = args["latlng"]
else:
latlng = None
location = {
"name": name,
"latlng": latlng,
}
response = self.repository.update_location(location_name, location)
if response:
return Response.success({"name": response})
return Response.error(GENERIC)
def post(self):
args = device_category_parser.parse_args()
# Get DeviceCategory arguments
if DeviceCategoryValidator.is_name_valid(args["name"]):
name = args["name"]
response = self.repository.get_device_category(name)
if response:
return Response.error(EXISTS_ID)
else:
return Response.error(FIELD_NOT_VALID)
if DeviceCategoryValidator.is_data_type_valid(args["data_type"]):
data_type = args["data_type"]
else:
return Response.error(FIELD_NOT_VALID)
device_category = DeviceCategory(name=name, data_type=data_type)
result = self.repository.add_device_category(device_category)
if result:
return Response.success({"name": result})
return Response.error(GENERIC)
def get(self):
response = self.repository.get_all_device_categories()
return Response.success([
translator.device_category_translator(device_category)
for device_category in response
])
def put(self, device_category_name):
args = device_category_parser.parse_args()
response = self.repository.get_device_category(
device_category_name)
if response is None:
return Response.error(NOT_EXISTS_ID)
# Get DeviceCategory arguments
if DeviceCategoryValidator.is_name_valid(args["name"]):
name = args["name"]
else:
return Response.error(FIELD_NOT_VALID)
if DeviceCategoryValidator.is_data_type_valid(args["data_type"]):
data_type = args["data_type"]
else:
return Response.error(FIELD_NOT_VALID)
device = {"name": name, "data_type": data_type}
response = self.repository.update_device_category(
device_category_name, device)
if response:
return Response.success({"name": response})
return Response.error(GENERIC)
def put(self, entry_id=None):
args = entry_parser.parse_args()
response = self.api_repository.get_entry(entry_id)
if not response:
return Response.error(NOT_EXISTS_ID)
# Get Entry arguments
if validator.is_value_valid(args["value"]):
value = args["value"]
else:
return Response.error(FIELD_NOT_VALID)
if validator.is_date_valid(args["date"]):
date = args["date"]
else:
return Response.error(FIELD_NOT_VALID)
entry = {
"value": value,
"date": date
}
response = self.api_repository.update_entry(entry_id, entry)
if response:
return Response.success({"internal_id": response})
return Response.error(GENERIC)
def get(self):
response = self.repository.get_all_locations()
return Response.success([
translator.location_translator(location)
for location in response
])
def get(self, business_rule_name):
response = self.repository.get_business_rule(business_rule_name)
if response:
return Response.success(
translator.business_rule_translator(response))
return Response.error(NOT_EXISTS_ID)
def delete(self, entry_id=None):
response = self.api_repository.get_entry(entry_id)
if response:
result = self.api_repository.delete_entry(entry_id)
if result:
return Response.success({"internal_id": result})
return Response.error(NOT_EXISTS_ID)
def post(self):
args = object_parser.parse_args()
try:
self.repository.execute_response(args["data"])
return Response.success(args["data"])
except (AttributeError, ValueError) as err:
logger.error(err)
return Response.error()
def get(self, device_category_name):
response = self.repository.get_device_category(
device_category_name)
if response:
return Response.success(
translator.device_category_translator(response))
return Response.error(NOT_EXISTS_ID)
def get(self, device_name):
response = self.repository.get_device(device_name)
if response is None:
return Response.error(NOT_EXISTS_ID)
response = self.repository.get_events_for_device(device_name)
return Response.success(
[translator.event_translator(event) for event in response])
def delete(self, location_name):
response = self.repository.get_location(location_name)
if response is None:
return Response.error(NOT_EXISTS_ID)
result = self.repository.delete_location(location_name)
if result:
return Response.success({"name": result})
return Response.error(GENERIC)
def delete(self, business_rule_name):
response = self.repository.get_business_rule(business_rule_name)
if response is None:
return Response.error(NOT_EXISTS_ID)
result = self.repository.delete_business_rule(business_rule_name)
if result:
return Response.success({"name": result})
return Response.error(GENERIC)
def post(self):
args = event_parser.parse_args()
# Get Event arguments
if EventValidator.is_device_name_valid(args["device_name"]):
device_name = args["device_name"]
device = self.repository.get_device(device_name)
if not device:
return Response.error(NOT_EXISTS_DEVICE)
else:
return Response.error(FIELD_NOT_VALID)
if EventValidator.is_value_valid(args["value"]):
value = args["value"]
else:
return Response.error(FIELD_NOT_VALID)
if EventValidator.is_date_valid(args["datetime"]):
datetime = args["datetime"]
else:
return Response.error(FIELD_NOT_VALID)
device_category_name = device.category
if device_category_name is None:
return Response.error(NOT_DEVICE_CATEGORY)
device_category = self.repository.get_device_category(
device_category_name)
if device_category is None:
return Response.error(NOT_DEVICE_CATEGORY)
device_category_data_type = device_category.data_type
if device_category_data_type is None:
return Response.error(NOT_DEVICE_CATEGORY)
event = None
if device_category_data_type == DataTypeEnum.EventA:
event = EventA(device_name=device_name,
value=value,
datetime=datetime)
elif device_category_data_type == DataTypeEnum.EventB:
event = EventB(device_name=device_name,
value=value,
datetime=datetime)
if event is None:
return Response.error(GENERIC)
result = self.repository.add_event(event)
if result:
return Response.success({"id": result})
return Response.error(GENERIC)
def delete(self, event_id):
response = self.repository.get_event(event_id)
if response is None:
return Response.error(NOT_EXISTS_ID)
result = self.repository.delete_event(event_id)
if result:
return Response.success({"id": result})
return Response.error(GENERIC)
def delete(self, device_category_name):
response = self.repository.get_device_category(
device_category_name)
if response is None:
return Response.error(NOT_EXISTS_ID)
response = self.repository.get_devices_with_device_category(
device_category_name)
if response:
return Response.error(DEVICE_CATEGORY_HAS_DEVICE)
result = self.repository.delete_device_category(
device_category_name)
if result:
return Response.success({"name": result})
return Response.error(GENERIC)
def post(self):
args = location_parser.parse_args()
gps_latlon = args["gps_latlon"]
ip_address = args["ip_address"]
wifi_ssid = args["wifi_ssid"]
user_file = args["user_file"]
print("Obtaining IP Locations")
ip_locations = self.geo_repository.get_locations_from_ip(ip_address)
print(f"IP Locations: {ip_locations}")
print("Obtaining WiFi SSID locations")
wifi_locations = self.geo_repository.get_locations_from_wifi(wifi_ssid)
print(f"WiFi SSID Locations: {wifi_locations}")
print("Obtaining GNSS location")
gnss_location = self.geo_repository.get_locations_from_gnss(user_file)
print(f"GNSS Location: {gnss_location}")
score_ip = self.geo_repository.get_ip_scores(ip_locations, gps_latlon)
score_wifi = self.geo_repository.get_wifi_scores(wifi_locations, gps_latlon)
score_gnss = self.geo_repository.get_gnss_score(gnss_location, gps_latlon)
return Response.success({
"info": {
"info": f"Score obtained for location {gps_latlon}",
"help": "Score between 0 and 1 (max). From correlating the different inputs "
"given by the user",
"available_inputs": ["gps, gnss, ip, wifi"]
},
"gnss": {
"locations": [gnss_location],
"score": score_gnss
},
"ip": {
"locations": ip_locations,
"score": score_ip
},
"wifi": {
"locations": wifi_locations,
"score": score_wifi
}
})
def post(self):
args = entry_parser.parse_args()
# Get Entry arguments
if validator.is_value_valid(args["value"]):
value = args["value"]
else:
return Response.error(FIELD_NOT_VALID)
if validator.is_date_valid(args["date"]):
date = args["date"]
else:
return Response.error(FIELD_NOT_VALID)
entry = Entry(value=value, date=date)
result = self.api_repository.add_entry(entry)
if result:
return Response.success({"internal_id": result})
return Response.error(GENERIC)
def put(self, business_rule_name):
args = business_rule_parser.parse_args()
response = self.repository.get_business_rule(business_rule_name)
if response is None:
return Response.error(NOT_EXISTS_ID)
# Get BusinessRule arguments
if BusinessRuleValidator.is_name_valid(args["name"]):
name = args["name"]
response = self.repository.get_business_rule(name)
if response is None:
return Response.error(EXISTS_ID)
else:
return Response.error(FIELD_NOT_VALID)
if BusinessRuleValidator.is_query_valid(args["query"]):
query = args["query"]
else:
return Response.error(FIELD_NOT_VALID)
if BusinessRuleValidator.is_executing_valid(args["executing"]):
executing = args["executing"]
else:
executing = True
business_rule = {
"name": name,
"query": query,
"executing": executing
}
response = self.repository.update_business_rule(
business_rule_name, business_rule)
if response:
return Response.success({"name": response})
return Response.error(GENERIC)
def post(self):
args = device_parser.parse_args()
# Get Device arguments
if DeviceValidator.is_name_valid(args["name"]):
name = args["name"]
response = self.repository.get_device(name)
if response:
return Response.error(EXISTS_ID)
else:
return Response.error(FIELD_NOT_VALID)
if DeviceValidator.is_category_valid(args["category"]):
category = args["category"]
response = self.repository.get_device_category(category)
if response is None:
return Response.error(NOT_DEVICE_CATEGORY)
else:
return Response.error(FIELD_NOT_VALID)
if DeviceValidator.is_location_valid(args["location"]):
location = args["location"]
response = self.repository.get_location(location)
if response is None:
return Response.error(NOT_EXISTS_LOCATION)
else:
location = None
device = Device(name=name, category=category, location=location)
result = self.repository.add_device(device)
if result:
return Response.success({"name": result})
return Response.error(GENERIC)
def get(self):
response = self.repository.get_all_data_types()
return Response.success(response)