def __init__(self, topic, location):
super().__init__()
self.__location = location
self.__topic = topic
self.__mqtt = MqttClient(
self,
"homebridge.local",
[],
"QueryParticuleSensor_Daemon" + self.__location,
)
self.__queryPM10 = 'SELECT mean("PM10") FROM "Environment" WHERE ("Location" = \'Bedroom\') AND time >= now() - 1h GROUP BY time(15m) LIMIT 1'
self.__queryPM2_5 = 'SELECT mean("PM2.5") FROM "Environment" WHERE ("Location" = \'Bedroom\') AND time >= now() - 1h GROUP BY time(15m) LIMIT 1'
self.__bind_params = {"location": self.__location}
self.__PM10 = 0
self.__PM2_5 = 0
self.__airQualityValues = [
"excellent-value",
"good-value",
"fair-value",
"inferior-value",
"poor-value",
"unknown-value",
]
self.__topicPM10 = "getPM10Density"
self.__topicPM2_5 = "getPM2_5Density"
self.__topicAirQualityValues = "getAirQuality"
class Thermometer_Daemon(IMqttConnector):
def __init__(self, topic, location):
super().__init__()
self.__location = location
self.__topic = topic
self.__mqtt = MqttClient(
self,
"homebridge.local",
[
self.__topic,
],
"Thermometer_Daemon_" + self.__location,
)
self.__temperature = 0.0
self.__now = datetime.utcnow().isoformat()
self.__packet = ""
def Receive(self, server, topic: str, payload: bytes):
self.__client = InfluxDBClient("homebridge.local", port=8086)
self.__client.switch_database("HomeKit")
self.__now = datetime.utcnow().isoformat()
print("[MQTT] " + topic)
self.__packet = payload.decode("utf-8")
print(self.__packet)
self.__temperature = float(self.__packet)
self.__jsonBody = [
{
"measurement": "Environment",
"tags": {
"Location": self.__location,
},
"time": self.__now,
"fields": {
"Temperature": self.__temperature,
},
},
]
self.__client.write_points(self.__jsonBody)
self.__client.close()
def Send(self, topic, msg):
self.__mqtt.sendMessage(topic, msg)
def Connected(self, server):
pass
def Acknowledge(self, server, messageId: int):
pass
def Stop(self):
print("")
class HumiditySensor(IMqttConnector):
def __init__(self, ID, topicToPublish):
super().__init__()
# switch properties
self.__uniqueID = ID
# packet payload
self.__packet = ""
self.__RSSI = 0
self.__humidity = 0
# Topics
# Set
self.__setRelativeHumidity = topicToPublish
# Bridge enOcean
self.__topicEnocean = "enocean/device/id/{}".format(self.__uniqueID)
print("[HumiditySensor] with uniqueID {} opened".format(
self.__uniqueID))
# Instanciate MQTT Client
self.__mqtt = MqttClient(self, "127.0.0.1", [
self.__topicEnocean,
], "HumiditySensor-" + self.__uniqueID)
def Receive(self, server, topic: str, payload: bytes):
print("[MQTT] " + topic)
self.__packet = payload.decode("utf-8")
msg = json.loads(self.__packet)
print("[MQTT] " + str(msg['packet']))
self.__humidity = int(str(msg['packet']["data"]["DB2"]),
16) * 100 / 250
self.Send(self.__setRelativeHumidity, str(self.__humidity))
def Send(self, topic, msg):
self.__mqtt.sendMessage(topic, msg)
def Connected(self, server):
pass
def Acknowledge(self, server, messageId: int):
pass
def Stop(self):
print("[HumiditySensor] with uniqueID {} closed".format(
self.__uniqueID))
def __init__(self, topic, location):
super().__init__()
self.__location = location
self.__topic = topic
self.__mqtt = MqttClient(
self,
"homebridge.local",
[
self.__topic,
],
"Thermometer_Daemon_" + self.__location,
)
self.__temperature = 0.0
self.__now = datetime.utcnow().isoformat()
self.__packet = ""
def __init__(self, topic, location):
super().__init__()
self.__location = location
self.__topic = topic
self.__TVOC = 0
self.__eCO2 = 0
self.__mqtt = MqttClient(
self,
"homebridge.local",
[
self.__topic,
],
"GasSensor_Daemon-" + self.__location,
)
self.__now = datetime.utcnow().isoformat()
self.__packet = ""
def __init__(self, handle):
super().__init__()
self.__running = True
self.__handle: Serial = handle
# MQTT
self.__mqtt = MqttClient(self, "127.0.0.1", [], "UART")
self.__topic = ""
# enOcean packet
self.__packet = {}
self.__rawPacket = []
self.__syncByte = "55"
self.__byte = ""
self.__uniqueID = "00:00:00:00"
self.__dataLength = 0
self.__RORG = "f6"
self.start()
def __init__(self, topic, location):
super().__init__()
self.__location = location
self.__topic = topic
self.__mqtt = MqttClient(
self,
"homebridge.local",
[
self.__topic,
],
"ParticuleSensor_Daemon" + self.__location,
)
self.__PM10 = 0.0
self.__PM2_5 = 0.0
self.__PM1 = 0.0
self.__rawDatas = ""
self.__now = datetime.utcnow().isoformat()
self.__packet = ""
self.__formattedData = []
def __init__(self, ID, device, channel="", dimmable=False):
super().__init__()
# switch properties
self.__uniqueID = ID
self.__device = device
self.__dimmable = dimmable
self.__channel = channel
self.__deviceStatus = ""
self.__dimmerValue: int
# packet payload
self.__state = ""
self.__packet = ""
self.__RSSI = 0
self.__timestamp1 = None
self.__timestamp2 = None
self.__deltaTime = None
self.__formatDate = "%d/%m/%y %H:%M:%S.%f"
# Topics
# Get
self.__topicResult = "stat/{}/RESULT".format(self.__device)
# Set
self.__topicsCmndDeviceDimmer = "cmnd/{}/dimmer".format(self.__device)
self.__topicsCmndDevice = "cmnd/{}/power{}".format(
self.__device, self.__channel)
# Bridge enOcean
self.__topicEnocean = "enocean/device/id/{}".format(self.__uniqueID)
print("[Switch] with uniqueID {} opened".format(self.__uniqueID))
# Instanciate MQTT Client
self.__mqtt = MqttClient(self, "127.0.0.1", [
self.__topicResult, self.__topicEnocean],"Switch-"+self.__uniqueID)
self.getStatus()
def __init__(self, ID, topicToPublish):
super().__init__()
# switch properties
self.__uniqueID = ID
# packet payload
self.__packet = ""
self.__RSSI = 0
self.__temperature = 0
# Topics
# Set
self.__setTemperatureTopic = topicToPublish
# Bridge enOcean
self.__topicEnocean = "enocean/device/id/{}".format(self.__uniqueID)
print("[Thermometer] with uniqueID {} opened".format(self.__uniqueID))
# Instanciate MQTT Client
self.__mqtt = MqttClient(self, "127.0.0.1", [
self.__topicEnocean,
], "TemperatureSensor-" + self.__uniqueID)
def __init__(self, enOceanID, deviceProperties: dict):
super().__init__()
# switch properties
self.__enOceanID = enOceanID
self.__deviceProperties = deviceProperties
self.__topicDevices = {}
self.__dimmerValue = 0
self.__channel = ""
self.__enOceanTopic = "enocean/device/id/{}".format(self.__enOceanID)
self.__timestamp1 = None
self.__timestamp2 = None
self.__deltaTime = None
self.__formatDate = "%d/%m/%y %H:%M:%S.%f"
self.createDictOfTopics(self.__deviceProperties)
print("[Switch] with uniqueID {} opened".format(self.__enOceanID))
# Instanciate MQTT Client
self.__mqtt = MqttClient(self, "127.0.0.1", [
self.__enOceanTopic, self.__topicDevices], "Switch-"+self.__enOceanID)
class ParticuleSensor_Daemon(IMqttConnector):
def __init__(self, topic, location):
super().__init__()
self.__location = location
self.__topic = topic
self.__mqtt = MqttClient(
self,
"homebridge.local",
[
self.__topic,
],
"ParticuleSensor_Daemon" + self.__location,
)
self.__PM10 = 0.0
self.__PM2_5 = 0.0
self.__PM1 = 0.0
self.__rawDatas = ""
self.__now = datetime.utcnow().isoformat()
self.__packet = ""
self.__formattedData = []
def rawDatas2PM10(self, H_D3, L_D3):
PM10 = (H_D3 * 256) + L_D3
print("PM10 : " + str(PM10) + " ug/m3")
self.__PM10 = PM10
def rawDatas2PM2_5(self, H_D2, L_D2):
PM2_5 = (H_D2 * 256) + L_D2
print("PM2.5 : " + str(PM2_5) + " ug/m3")
self.__PM2_5 = PM2_5
def rawDatas2PM1(self, H_D1, L_D1):
PM1 = (H_D1 * 256) + L_D1
print("PM1 : " + str(PM1) + " ug/m3")
self.__PM1 = PM1
def checkCS(self, datas):
CS = sum()
if datas["datas"]["CS"] == CS:
return True
else:
return False
def Receive(self, server, topic: str, payload: bytes):
self.__client = InfluxDBClient("homebridge.local", port=8086)
self.__client.switch_database("HomeKit")
self.__now = datetime.utcnow().isoformat()
print("[MQTT] " + topic)
self.__packet = payload.decode("utf-8")
self.__packet = json.loads(self.__packet)
self.__bytearrayDatas = bytearray.fromhex(
self.__packet["SerialReceived"])
self.__formattedData = [{
"headers": {
"Head1": self.__bytearrayDatas[0],
"Head2": self.__bytearrayDatas[1],
},
"datas": {
"H_Lenght": self.__bytearrayDatas[2],
"L_Lenght": self.__bytearrayDatas[3],
"H_D1": self.__bytearrayDatas[4],
"L_D1": self.__bytearrayDatas[5],
"H_D2": self.__bytearrayDatas[6],
"L_D2": self.__bytearrayDatas[7],
"H_D3": self.__bytearrayDatas[8],
"L_D3": self.__bytearrayDatas[9],
"H_D4": self.__bytearrayDatas[10],
"L_D4": self.__bytearrayDatas[11],
"H_D5": self.__bytearrayDatas[12],
"L_D5": self.__bytearrayDatas[13],
"H_D6": self.__bytearrayDatas[14],
"L_D6": self.__bytearrayDatas[15],
"H_D7": self.__bytearrayDatas[16],
"L_D7": self.__bytearrayDatas[17],
"H_D8": self.__bytearrayDatas[18],
"L_D8": self.__bytearrayDatas[19],
"H_D9": self.__bytearrayDatas[20],
"L_D9": self.__bytearrayDatas[21],
"H_D10": self.__bytearrayDatas[22],
"L_D10": self.__bytearrayDatas[23],
"H_D11": self.__bytearrayDatas[24],
"L_D11": self.__bytearrayDatas[25],
"H_D12": self.__bytearrayDatas[26],
"L_D12": self.__bytearrayDatas[27],
"H_D13": self.__bytearrayDatas[28],
"L_D13": self.__bytearrayDatas[29],
"H_CS": self.__bytearrayDatas[30],
"L_CS": self.__bytearrayDatas[31],
},
}]
self.rawDatas2PM10(
self.__formattedData[0]["datas"]["H_D3"],
self.__formattedData[0]["datas"]["L_D3"],
)
self.rawDatas2PM2_5(
self.__formattedData[0]["datas"]["H_D2"],
self.__formattedData[0]["datas"]["L_D2"],
)
self.rawDatas2PM1(
self.__formattedData[0]["datas"]["H_D1"],
self.__formattedData[0]["datas"]["L_D1"],
)
self.__jsonBody = [
{
"measurement": "Environment",
"tags": {
"Location": self.__location,
},
"time": self.__now,
"fields": {
"PM10": self.__PM10,
"PM2.5": self.__PM2_5,
"PM1": self.__PM1,
},
},
]
self.__client.write_points(self.__jsonBody)
self.__client.close()
def Send(self, topic, msg):
self.__mqtt.sendMessage(topic, msg)
def Connected(self, server):
pass
def Acknowledge(self, server, messageId: int):
pass
def Stop(self):
print("[{}] closed".format("ParticuleSensor_Daemon" + self.__location))
def main():
parser = argparse.ArgumentParser(description='EMR MQTT Publisher')
parser.add_argument('-s',
'--server',
help='Apache server IP',
action='store',
dest='server',
default=False)
parser.add_argument('-b',
'--broker',
help='MQTT Broker IP',
action='store',
dest='broker',
default=False)
parser.add_argument('--dataset',
help='Name of desired dataset to transmit',
action='store',
dest='data',
default=False)
parser.add_argument('-i',
'--interface',
help='Name of network interface',
action='store',
dest='interface',
default=False)
parser.add_argument('--days',
help='Total amount of days to be running',
action='store',
dest='days',
default=1)
args = parser.parse_args()
# Variables defined by parsing arguments
if len(sys.argv) == 1:
parser.print_help()
sys.exit(1)
elif not args.server or not args.broker:
parser.error("Missing target(s) specification")
sys.exit(1)
elif not args.data:
parser.error("Missing dataset definition")
sys.exit(1)
elif not args.interface:
parser.error("Missing network interface definition")
sys.exit(1)
elif args.days < 1:
parser.error("Days argument must be greated than 1")
sys.exit(1)
APACHE = args.server
BROKER = args.broker
DATASET = args.data
INTERFACE = args.interface
TOTAL_DAYS = int(args.days)
# Home directory of current user
HOME_DIR = os.path.expanduser("~")
MAC = get_mac_address(interface=INTERFACE).replace(":", "")[-6:]
# Download ICU data to localhost
LINK = f"http://{APACHE}/emr/data/{DATASET}"
response = requests.get(LINK)
FILE_PATH = f"{HOME_DIR}/Documents/{DATASET}"
with open(FILE_PATH, 'wb') as file:
file.write(response.content)
day = 0
while day < TOTAL_DAYS:
# Initializing variables
patient_id = None
client = None
completed = False
start_time = datetime.datetime.now()
start_date = datetime.datetime.strptime(
str(datetime.datetime.now().strftime("%m/%d/%Y")), '%m/%d/%Y')
print(f"[*] New iteration starts at: {start_time}")
List = requests.get(url=f"http://{APACHE}/emr/info/list.json").json()
task = requests.get(
url=f"http://{APACHE}/emr/info/task_distribution.json").json()[
List[MAC]]
patients = requests.get(
url=f"http://{APACHE}/emr/info/patients.json").json()
topics = requests.get(
url=f"http://{APACHE}/emr/info/alarm_classification.json").json()
# Obtain desired patients and available beds
desired_patients = []
beds = set()
for patient in patients:
if patient['bed'] in task['beds']:
desired_patients.append(patient)
beds.add(patient['bed'])
# Iterate through available beds to obtain patient data for transmission
for bed in beds:
# Load ICU data into pandas dataframe (one at the time for memory purposes)
data = pd.read_excel(FILE_PATH, sheet_name=bed)
# Get patients related to specific bed
patients = [
patient for patient in desired_patients
if patient.get('bed') == bed
]
# Iterate through dataframe in reverse order (following time)
for row in data.sort_values(by=['Row'],
ascending=False).itertuples():
date = datetime.datetime.strptime(
' '.join([row.Date, row.Time]), '%m/%d/%Y %H:%M:%S')
# Look for right patient
for patient in patients:
admit = datetime.datetime.strptime(patient['admit'],
'%m/%d/%Y %H:%M:%S')
discharge = datetime.datetime.strptime(
patient['discharge'], '%m/%d/%Y %H:%M:%S')
if date >= admit and date <= discharge:
if patient_id != patient['id']:
patient_id = patient['id']
new_session = True
same_session = False
# Disconnecting client if it exists
try:
client.stop()
except:
pass
# Generating new client
client = MqttClient(BROKER)
else:
new_session = False
same_session = True
break
else:
new_session = None
same_session = None
# Will sleep for a period of time (defined on task) if new patient is found
if new_session:
current_date = datetime.datetime.strptime(
str(datetime.datetime.now().strftime("%m/%d/%Y")),
'%m/%d/%Y')
# Exits if 24h have passed to refresh task
if (current_date - start_date).days > 0:
completed = True
break
# Waits for a period of time
current_time = str(
datetime.datetime.now().strftime("%H:%M:%S"))
while current_time > "23:58:30" and current_time <= "23:59:59":
time.sleep(60)
current_time = str(
datetime.datetime.now().strftime("%H:%M:%S"))
for key in task:
if key != 'beds':
upper_limit = time.strftime(
'%H:%M:%S',
time.gmtime(3600 * task[key][1][1]))
lower_limit = time.strftime(
'%H:%M:%S',
time.gmtime(3600 * task[key][1][0]))
if current_time >= lower_limit and current_time <= upper_limit:
break # At this point I have the key
upper_limit = task[key][0][1]
lower_limit = task[key][0][0]
time.sleep(
60 *
random.randint(int(lower_limit), int(upper_limit)))
client.start()
elif same_session:
current_date = datetime.datetime.strptime(
str(datetime.datetime.now().strftime("%m/%d/%Y")),
'%m/%d/%Y')
# Exits if 24h have passed to refresh task
if (current_date - start_date).days > 0:
completed = True
break
elif new_session is None or same_session is None:
continue
# Publish entire row information - topic = emr/alarms
Row = {
"Row": row.Row,
"Date": row.Date,
"Time": row.Time,
"Bed_Label": row._4,
"Action": row.Action,
"Device": row._6,
"Action_Type": row.Action_Type
}
Row = json.dumps(Row) # Converts to JSON for transmission
client.publish(f"pid{patient_id} {Row}", "emr/alarms")
for i in range(5):
# Using regex to parse alarms
alarm = re.split(r"Generated", row.Action)
if len(alarm) > 1:
alarm_name = re.search(r"^(✱{1,2} |✱{1,2})(\D*)",
alarm[0]).group(2)
biometric = re.search(r"\d*\s*[<|>|:]\s*\d*", alarm[0])
if not biometric is None:
bio_values = re.split(r"[<|>|:]",
biometric.group())
value = bio_values[0]
threshold = bio_values[1]
# Changing sub-topics depending on alarm
if any(alarm in alarm_name
for alarm in topics['Heart']):
subtopic = "heart"
elif any(alarm in alarm_name
for alarm in topics['BloodPres']):
subtopic = "bp"
elif any(alarm in alarm_name
for alarm in topics['Respiration']):
subtopic = "resp"
elif any(alarm in alarm_name
for alarm in topics['SPO2']):
subtopic = "spo2"
else:
subtopic = "other"
# Publish biometric value read
client.publish(f"pid{patient_id} {value}",
f"emr/values/{subtopic}")
client.publish(f"pid{patient_id} {threshold}",
f"emr/threshold/{subtopic}")
time.sleep(0.5)
time.sleep(5) # Delay for file processing in rcvr
# -----------------------------------------
# Goes back to gather distribution task, waits for 5min to refresh
if completed:
time.sleep(300)
day += 1
break
end_time = start_time = datetime.datetime.now()
print(f"[*] Iteration ends at: {end_time}")
class Receiver(Thread, IMqttConnector):
def __init__(self, handle):
super().__init__()
self.__running = True
self.__handle: Serial = handle
# MQTT
self.__mqtt = MqttClient(self, "127.0.0.1", [], "UART")
self.__topic = ""
# enOcean packet
self.__packet = {}
self.__rawPacket = []
self.__syncByte = "55"
self.__byte = ""
self.__uniqueID = "00:00:00:00"
self.__dataLength = 0
self.__RORG = "f6"
self.start()
def Receive(self, server, topic: str, payload: bytes):
pass
def Connected(self, server):
pass
def Acknowledge(self, server, messageId: int):
pass
def Send(self, topics, msg):
if msg[6] == "f6":
jsonMsg = {
'packet': {
'header': {
'syncByte': msg[0],
'dataLength': msg[1] + msg[2],
'optionalDataLength': msg[3],
'packetType': msg[4],
'CRC8H': msg[5]
},
'data': {
'RORG': msg[6],
'data': msg[7],
'senderID': msg[8] + msg[9] + msg[10] + msg[11],
'status': msg[12]
},
'optionalData': {
'subTelNum': msg[13],
'destinationID':
msg[14] + msg[15] + msg[16] + msg[17],
'dBm': msg[18],
'securityLevel': msg[19],
'CRC8D': msg[20]
}
}
}
if msg[6] == "a5":
jsonMsg = {
'packet': {
'header': {
'syncByte': msg[0],
'dataLength': msg[1] + msg[2],
'optionalDataLength': msg[3],
'packetType': msg[4],
'CRC8H': msg[5]
},
'data': {
'RORG': msg[6],
'DB3': msg[7],
'DB2': msg[8],
'DB1': msg[9],
'DB0': msg[10],
'senderID': msg[11] + msg[12] + msg[13] + msg[14],
'status': msg[15]
},
'optionalData': {
'subTelNum': msg[16],
'destinationID':
msg[17] + msg[18] + msg[19] + msg[20],
'dBm': msg[21],
'securityLevel': msg[22],
'CRC8D': msg[23]
}
}
}
# print(jsonMsg)
jsonMsg = json.dumps(jsonMsg)
self.__mqtt.sendMessage(self.__topic, jsonMsg)
def run(self) -> None:
while self.__running:
self.__byte = (self.__handle.read(1).hex())
# Check for SyncByte
if self.__byte == self.__syncByte:
# Start saving packet with sync byte
self.__rawPacket.append(self.__byte)
# Add the header of the packet
for x in range(0, 5):
self.__rawPacket.append(self.__handle.read(1).hex())
self.__dataLength = int(
self.__rawPacket[1] + self.__rawPacket[2], 16)
for x in range(0, self.__dataLength):
self.__rawPacket.append(self.__handle.read(1).hex())
self.__RORG = self.__rawPacket[6]
for x in range(0, 8):
self.__rawPacket.append(self.__handle.read(1).hex())
# Extract uniqueID for packet
if self.__RORG == "f6":
self.__uniqueID = self.__rawPacket[8]
self.__uniqueID += self.__rawPacket[9]
self.__uniqueID += self.__rawPacket[10]
self.__uniqueID += self.__rawPacket[11]
if self.__RORG == "a5":
self.__uniqueID = self.__rawPacket[11]
self.__uniqueID += self.__rawPacket[12]
self.__uniqueID += self.__rawPacket[13]
self.__uniqueID += self.__rawPacket[14]
print("[UART] Receiving enOcean packet from : " +
self.__uniqueID)
self.__topic = "enocean/device/id/{}".format(
self.__uniqueID)
# Send packet to topics with uniqueID
self.Send(self.__topic, self.__rawPacket)
self.__rawPacket.clear()
def Stop(self):
print("[UART] Serial line closed")
self.__running = False
self.__handle.cancel_read()
class GasSensor_Daemon(IMqttConnector):
def __init__(self, topic, location):
super().__init__()
self.__location = location
self.__topic = topic
self.__TVOC = 0
self.__eCO2 = 0
self.__mqtt = MqttClient(
self,
"homebridge.local",
[
self.__topic,
],
"GasSensor_Daemon-" + self.__location,
)
self.__now = datetime.utcnow().isoformat()
self.__packet = ""
def Receive(self, server, topic: str, payload: bytes):
self.__client = InfluxDBClient("homebridge.local", port=8086)
self.__client.switch_database("HomeKit")
self.__now = datetime.utcnow().isoformat()
print("[MQTT] " + topic)
self.__packet = payload.decode("utf-8")
print(self.__packet)
data = json.loads(self.__packet)
print(data)
self.__TVOC = data["CCS811"]["TVOC"]
self.__eCO2 = data["CCS811"]["eCO2"]
self.__jsonBody = [
{
"measurement": "Environment",
"tags": {
"Location": self.__location,
},
"time": self.__now,
"fields": {
"eCO2": self.__eCO2,
"TVOC": self.__TVOC
},
},
]
print(self.__jsonBody)
self.__client.write_points(self.__jsonBody)
self.__client.close()
def Send(self, topic, msg):
self.__mqtt.sendMessage(topic, msg)
def Connected(self, server):
pass
def Acknowledge(self, server, messageId: int):
pass
def Stop(self):
print("[{}] closed".format("GasSensor_Daemon-" + self.__location))
class Switch(IMqttConnector):
def __init__(self, ID, device, channel="", dimmable=False):
super().__init__()
# switch properties
self.__uniqueID = ID
self.__device = device
self.__dimmable = dimmable
self.__channel = channel
self.__deviceStatus = ""
self.__dimmerValue: int
# packet payload
self.__state = ""
self.__packet = ""
self.__RSSI = 0
self.__timestamp1 = None
self.__timestamp2 = None
self.__deltaTime = None
self.__formatDate = "%d/%m/%y %H:%M:%S.%f"
# Topics
# Get
self.__topicResult = "stat/{}/RESULT".format(self.__device)
# Set
self.__topicsCmndDeviceDimmer = "cmnd/{}/dimmer".format(self.__device)
self.__topicsCmndDevice = "cmnd/{}/power{}".format(
self.__device, self.__channel)
# Bridge enOcean
self.__topicEnocean = "enocean/device/id/{}".format(self.__uniqueID)
print("[Switch] with uniqueID {} opened".format(self.__uniqueID))
# Instanciate MQTT Client
self.__mqtt = MqttClient(self, "127.0.0.1", [
self.__topicResult, self.__topicEnocean],"Switch-"+self.__uniqueID)
self.getStatus()
def Receive(self, server, topic: str, payload: bytes):
print("[MQTT] " + topic)
# RESULT
if topic == self.__topicResult:
try:
dimmerValues = payload.decode("utf-8")
msg = json.loads(dimmerValues)
self.__dimmerValue = int(msg['Dimmer'])
print("[MQTT] Dimmer : " + str(self.__dimmerValue))
except:
pass
try:
deviceStatus = payload.decode("utf-8")
msg = json.loads(deviceStatus)
# powerChannel = "POWER{}".format(self.__channel)
self.__deviceStatus = (msg['POWER{}'.format(self.__channel)])
print("[MQTT] Status : " + str(self.__deviceStatus))
except:
pass
if topic == self.__topicEnocean:
self.__packet = payload.decode("utf-8")
msg = json.loads(self.__packet)
print("[MQTT] " + str(msg['packet']))
self.__RSSI = int(msg['packet']['optionalData']['dBm'], 16)
self.__state = msg['packet']['data']['status']
if self.__state == "30":
self.__timestamp1 = datetime.strptime(
datetime.now().strftime("%d/%m/%y %H:%M:%S.%f"), self.__formatDate)
else:
self.__timestamp2 = datetime.strptime(
datetime.now().strftime("%d/%m/%y %H:%M:%S.%f"), self.__formatDate)
print("[INFO] Button pressed then released !")
self.__deltaTime = self.__timestamp2 - self.__timestamp1
if self.__dimmable == True:
if self.__dimmerValue == 0:
if self.__deltaTime < timedelta(milliseconds=250):
print("[INFO] less than 250ms press")
self.Send(self.__topicsCmndDeviceDimmer, "25")
if timedelta(milliseconds=250) < self.__deltaTime < timedelta(milliseconds=500):
print("[INFO] press between 250 & 500ms")
self.Send(self.__topicsCmndDeviceDimmer, "50")
if timedelta(milliseconds=500) < self.__deltaTime < timedelta(milliseconds=750):
print("[INFO] press between 500 & 750ms")
self.Send(self.__topicsCmndDeviceDimmer, "75")
if self.__deltaTime > timedelta(milliseconds=750):
print("[INFO] press longer than 750ms")
self.Send(self.__topicsCmndDeviceDimmer, "100")
print("[INFO] DeltaTime : " + str(self.__deltaTime))
else:
self.Send(self.__topicsCmndDevice, "OFF")
self.Send(self.__topicsCmndDeviceDimmer, "0")
else:
self.invertStatus()
def Send(self, topic, msg):
self.__mqtt.sendMessage(topic, msg)
def Connected(self, server):
pass
def Acknowledge(self, server, messageId: int):
pass
def Stop(self):
print("[Switch] with uniqueID {} closed".format(self.__uniqueID))
def getStatus(self):
self.Send(self.__topicsCmndDevice, "")
self.Send(self.__topicsCmndDeviceDimmer, "")
def invertStatus(self):
if self.__deviceStatus == "ON":
self.Send(self.__topicsCmndDevice, "OFF")
if self.__deviceStatus == "OFF":
self.Send(self.__topicsCmndDevice, "ON")
class QueryParticuleSensor(IMqttConnector):
def __init__(self, topic, location):
super().__init__()
self.__location = location
self.__topic = topic
self.__mqtt = MqttClient(
self,
"homebridge.local",
[],
"QueryParticuleSensor_Daemon" + self.__location,
)
self.__queryPM10 = 'SELECT mean("PM10") FROM "Environment" WHERE ("Location" = \'Bedroom\') AND time >= now() - 1h GROUP BY time(15m) LIMIT 1'
self.__queryPM2_5 = 'SELECT mean("PM2.5") FROM "Environment" WHERE ("Location" = \'Bedroom\') AND time >= now() - 1h GROUP BY time(15m) LIMIT 1'
self.__bind_params = {"location": self.__location}
self.__PM10 = 0
self.__PM2_5 = 0
self.__airQualityValues = [
"excellent-value",
"good-value",
"fair-value",
"inferior-value",
"poor-value",
"unknown-value",
]
self.__topicPM10 = "getPM10Density"
self.__topicPM2_5 = "getPM2_5Density"
self.__topicAirQualityValues = "getAirQuality"
def Receive(self, server, topic: str, payload: bytes):
print("Receive")
def Send(self, topic, msg):
print(topic)
self.__mqtt.sendMessage(topic, msg)
def Connected(self, server):
pass
def Acknowledge(self, server, messageId: int):
pass
def Stop(self):
print("[{}] closed".format("ParticuleSensor_Daemon" + self.__location))
def queryPM10(self):
self.__client = InfluxDBClient("homebridge.local", 8086)
self.__client.switch_database("HomeKit")
result = self.__client.query(self.__queryPM10,
bind_params=self.__bind_params)
self.__PM10 = int(result.raw["series"][0]["values"][0][1])
self.__client.close()
print("PM10 : " + str(self.__PM10))
self.Send(
self.__topic + self.__topicPM10,
self.__PM10,
)
time.sleep(1)
def queryPM2_5(self):
self.__client = InfluxDBClient("homebridge.local", 8086)
self.__client.switch_database("HomeKit")
result = self.__client.query(self.__queryPM2_5,
bind_params=self.__bind_params)
self.__PM2_5 = int(result.raw["series"][0]["values"][0][1])
self.__client.close()
print("PM2.5 : " + str(self.__PM2_5))
self.Send(
self.__topic + self.__topicPM2_5,
self.__PM2_5,
)
time.sleep(1)
def sendAirQualityValues(self):
if (0 < self.__PM10 and self.__PM10 < 50 and 0 < self.__PM2_5
and self.__PM2_5 < 30):
print(self.__airQualityValues[0])
self.Send(
self.__topic + self.__topicAirQualityValues,
self.__airQualityValues[0],
)
else:
if (51 < self.__PM10 and self.__PM10 < 100 and 31 < self.__PM2_5
and self.__PM2_5 < 60):
print(self.__airQualityValues[1])
self.Send(
self.__topic + self.__topicAirQualityValues,
self.__airQualityValues[1],
)
else:
if (101 < self.__PM10 and self.__PM10 < 250
and 61 < self.__PM2_5 and self.__PM2_5 < 90):
print(self.__airQualityValues[2])
self.Send(
self.__topic + self.__topicAirQualityValues,
self.__airQualityValues[2],
)
else:
if (251 < self.__PM10 and self.__PM10 < 350
and 91 < self.__PM2_5 and self.__PM2_5 < 120):
print(self.__airQualityValues[3])
self.Send(
self.__topic + self.__topicAirQualityValues,
self.__airQualityValues[3],
)
else:
if (351 < self.__PM10 and self.__PM10 < 430
and 121 < self.__PM2_5 and self.__PM2_5 < 250):
print(self.__airQualityValues[4])
self.Send(
self.__topic + self.__topicAirQualityValues,
self.__airQualityValues[4],
)
else:
print(self.__airQualityValues[5])
self.Send(
self.__topic + self.__topicAirQualityValues,
self.__airQualityValues[5],
)
time.sleep(1)
def halt(self):
self.__mqtt.Halt()
class Switch(IMqttConnector):
def __init__(self, enOceanID, deviceProperties: dict):
super().__init__()
# switch properties
self.__enOceanID = enOceanID
self.__deviceProperties = deviceProperties
self.__topicDevices = {}
self.__dimmerValue = 0
self.__channel = ""
self.__enOceanTopic = "enocean/device/id/{}".format(self.__enOceanID)
self.__timestamp1 = None
self.__timestamp2 = None
self.__deltaTime = None
self.__formatDate = "%d/%m/%y %H:%M:%S.%f"
self.createDictOfTopics(self.__deviceProperties)
print("[Switch] with uniqueID {} opened".format(self.__enOceanID))
# Instanciate MQTT Client
self.__mqtt = MqttClient(self, "127.0.0.1", [
self.__enOceanTopic, self.__topicDevices], "Switch-"+self.__enOceanID)
def createDictOfTopics(self, deviceProperties):
for x in self.__deviceProperties["device"]:
powerTopics = "cmnd/{}/power{}".format(
self.__deviceProperties["device"][x]["MQTTName"], self.__deviceProperties["device"][x]["channel"])
if self.__deviceProperties["device"][x]["dimmable"] == True:
dimmerTopics = "cmnd/{}/dimmer".format(
self.__deviceProperties["device"][x]["MQTTName"])
self.__topicDevices[str(x)] = {
"power": powerTopics, "dimmer": dimmerTopics}
else:
self.__topicDevices[str(x)] = {
"power": powerTopics}
def sendBrightness(self, topics):
print(topics)
if self.__deltaTime < timedelta(milliseconds=250):
print("[INFO] less than 250ms press")
self.Send(topics, "25")
if timedelta(milliseconds=250) < self.__deltaTime < timedelta(milliseconds=500):
print("[INFO] press between 250 & 500ms")
self.Send(topics, "50")
if timedelta(milliseconds=500) < self.__deltaTime < timedelta(milliseconds=750):
print("[INFO] press between 500 & 750ms")
self.Send(topics, "75")
if self.__deltaTime > timedelta(milliseconds=750):
print("[INFO] press longer than 750ms")
self.Send(topics, "100")
print("[INFO] DeltaTime : " + str(self.__deltaTime))
def Receive(self, server, topic: str, payload: bytes):
self.__packet = payload.decode("utf-8")
msg = json.loads(self.__packet)
# print("[MQTT] " + str(msg['packet']))
self.__RSSI = int(msg['packet']['optionalData']['dBm'], 16)
self.__state = msg['packet']['data']['status']
if self.__state == "30":
self.__channel = msg['packet']['data']['data']
print("[INFO] Pressed on channel {}".format(self.__channel))
self.__timestamp1 = datetime.strptime(
datetime.now().strftime("%d/%m/%y %H:%M:%S.%f"), self.__formatDate)
else:
# print("[INFO] Released on channel {}".format(self.__channel))
self.__timestamp2 = datetime.strptime(
datetime.now().strftime("%d/%m/%y %H:%M:%S.%f"), self.__formatDate)
self.__deltaTime = self.__timestamp2 - self.__timestamp1
if self.__channel == "10":
if self.__deviceProperties["device"]["0"]["dimmable"] == True:
self.sendBrightness(self.__topicDevices["0"]["dimmer"])
else:
self.Send(self.__topicDevices["0"]["power"], "TOGGLE")
if self.__channel == "30":
if self.__deviceProperties["device"]["1"]["dimmable"] == True:
self.sendBrightness(self.__topicDevices["1"]["dimmer"])
else:
self.Send(self.__topicDevices["1"]["power"], "TOGGLE")
if self.__channel == "50":
if self.__deviceProperties["device"]["2"]["dimmable"] == True:
self.sendBrightness(self.__topicDevices["2"]["dimmer"])
else:
self.Send(self.__topicDevices["2"]["power"], "TOGGLE")
if self.__channel == "70":
if self.__deviceProperties["device"]["3"]["dimmable"] == True:
self.sendBrightness(self.__topicDevices["3"]["dimmer"])
else:
self.Send(self.__topicDevices["3"]["power"], "TOGGLE")
def Send(self, topic, msg):
self.__mqtt.sendMessage(topic, msg)
def Connected(self, server):
pass
def Acknowledge(self, server, messageId: int):
pass
def Stop(self):
print("[Switch] with uniqueID {} closed".format(self.__enOceanID))
