def Query_Data_From_Database(self, ID):
## connect database, query previous one day data from Database
# Database = database_dict()
Blood_oxygen = []
Diastolic_BP = []
Pulses = []
Systolic_BP = []
info = DataBaseModule()
info.authen('admin', '123456')
info = info.search(ID)
# Username = input("")
#get dictionary from database
for key in self.infoDB:
if key == ID:
_Diastolic_BP = info['Diastolic_BP']
_Systolic_BP = info['Systolic_BP']
_oxygen = info['blood_oxygen']
_Pulse = info['heartrate']
Diastolic_BP.append(int(_Diastolic_BP))
Systolic_BP.append(int(_Systolic_BP))
Blood_oxygen.append(int(_oxygen))
Pulses.append(int(_Pulse))
return Blood_oxygen, Diastolic_BP, Systolic_BP, Pulses
def input_thread():
# authentication for databese
# no use in this program
# authenDB = {'admin': "123456"}
username = '******'
password = '******'
# initialize the database
mydatabase = DataBaseModule()
mydatabase.authen(username, password)
for line in open("userdata.txt"):
element = line.split()
information = input_api(element[0], element[1], element[2], element[3],
element[4], element[5], element[6], element[7],
element[8])
information.implement_filter()
# Write data to the database
user_id, data_dic = information.return_request(2)
mydatabase.insert(user_id, data_dic)
# Uniform variable name
data_dic["Heart_O2_Level"] = data_dic.pop("blood_oxygen")
data_dic["Heart_Rate"] = data_dic.pop("heartrate")
data_dic["Body_temp"] = data_dic.pop("temperature")
input_queue.put(data_dic)
time.sleep(1)
def Query_Data_From_Database(self, ID, infoDB):
## connect database, query previous one day data from Database
# Database = database_dict()
Blood_oxygen = []
Blood_pressure = []
Pulses = []
info = DataBaseModule().search(ID)
# Username = input("")
#get dictionary from database
for key in infoDB:
if key == ID:
pressure = info['blood_pressure']
oxygen = info['blood_oxygen']
Pulse = info['blood_pulses']
Blood_pressure.append(pressure)
Blood_oxygen.append(oxygen)
Pulses.append(Pulse)
return Blood_oxygen, Blood_pressure, Pulses
def Query_Data_From_Database(self):
## connect database, query previous one day data from Database
# Database = database_dict()
Blood_oxygen=list()
Systolic= list()
Diastolic= list()
heartrate=list()
ID = self.ID
p= DataBaseModule()
infoDB= p.search(ID)
# get dictionary from database
for key in self._dict:
# if key== ID:
heartate=self._dict.get("heartrate")
oxygen = self._dict.get('blood_oxygen')
Diastolic_BP = self._dict.get('Diastolic_BP')
Systolic_BP = self._dict.get('Systolic_BP')
heartrate.append(heartate)
Blood_oxygen.append(oxygen)
Systolic.append(Systolic_BP)
Diastolic.append(Diastolic_BP)
return Blood_oxygen, heartate, Systolic,Diastolic
import threading
#from AI_module import AI_module
from analyzer import Analyzer
from Database_Module import DataBaseModule
from input_api import input_api
from time import ctime
from OutputAlert_module import receive_basic_iuput_data
import time
#source of input signals
txtFile = "./example.txt"
# admin login
DB = DataBaseModule()
username = '******'
password = '******'
DB.authen(username, password)
class MultiThreads:
def __init__(self):
self.printed = False
self.output = {}
self.inputbuffer = []
def inputpart(self):
print('[InputModule]start working')
with open(txtFile) as f:
#read inputstream by line
for line in f.readlines():
infoLine = line.strip().split(" ")