energify-simulator/main.py at main · energify/energify-simulator · GitHub

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from Community import Community
from Person import Person
from House import House
from profile import tipo
import json
import sys
import time
import isodate
import os
import dateutil.parser as dp
import csv
from http_client import update_price
from datetime import datetime
import socketio


#argumento 1 -> local/nome do ficheiro
#argumento 2 -> tempo de simulacao do ficheiro para um ano em minutos
#argumento 3 -> tempo entre leituras em segundos
#argumento 4 -> nome
#argumento 5 -> numero


def make_json(csvFilePath, jsonFilePath):
    data = {}

    with open(csvFilePath, encoding='utf-8') as csvf:
        csvReader = csv.DictReader(csvf)

        cont = 0
        for rows in csvReader:
            data[str(cont)] = rows
            cont+=1

    with open(jsonFilePath, 'w', encoding='utf-8') as jsonf:
        json.dump(data,jsonf, indent=4)

def main(arg):

    make_json('locais/csv/' + arg[1] + '.csv', 'locais/json/' + arg[1] + '.json')


    with open('locais/json/' + arg[1]+str('.json'), 'r') as f:
        community_times = json.load(f)

    com = None

    if len(arg) == 6 and str(arg[4]+'.json') not in os.listdir('comunidades/'):
        com = Community(arg[1], int(arg[5]))


        community_data = {}
        i = 1
        for house in com.houses:
            community_data[str(i)] = {}
            community_data[str(i)]['area'] = house.area
            community_data[str(i)]['sell'] = house.sell
            community_data[str(i)]['buy'] = house.buy
            j = 1
            community_data[str(i)]['people'] = {}
            for person in house.persons:
                community_data[str(i)]['people'][str(j)] = person.profile[0]
                j+=1

            i+=1

        with open('comunidades/' + arg[4] + str('.json'), 'w') as f:
            json.dump(community_data,f, indent=4)

    else:
        with open('comunidades/' + arg[4]+str('.json'), 'r') as f:
            load = json.load(f)

        house_list = []

        for house in load:
            area = load[house]['area']
            people_list = []
            for person in load[house]['people']:
                for lista in tipo:
                    print(lista[0], load[house]['people'][person])
                    if lista[0] == load[house]['people'][person]:

                        people_list.append(Person(lista))
                        break
            h = House(area,people_list,arg[1])
            h.sell = load[house]['sell']
            h.buy = load[house]['buy']
            update_price(h.sell,h.buy,h.token)
            house_list.append(h)

        com = Community(arg[1],house_list)


    time_interval = str(isodate.parse_duration(community_times['0']['Period'])).split(':')
    time_interval = (int(time_interval[0])*60 + int(time_interval[1]))*60
    year = 31536000
    read_interval = int(arg[3])
    x = int(arg[2])*60
    time_2_send = (read_interval*x)/year
    #print(time_2_send)

    time1 = 0
    skip_flag = False
    house_dict = {}

    socket_list = []

    #url = 'http://localhost:6379'
    url = 'http://13.84.134.143:6379'

    for a in com.houses:
        sio = socketio.Client()
        sio.connect(url,headers= {'authorization': a.token},namespaces=['/measures'])
        socket_list.append(sio)
        print(sio.sid)
        if a not in house_dict:
            house_dict[a] = []


    while True:
        time1 = time.time()
        timestamp = dp.parse(community_times['0']['PeriodStart']).timestamp()
        end_timestamp = timestamp
        for index in community_times:
            values = []
            for a in com.houses:
                house_dict[a] = []
                values.append(round(a.production(index) - a.consumption(index),3))

            end_timestamp += time_interval

            while(timestamp < end_timestamp):
                skip_flag = True
                cont = 0
                for a in com.houses:
                    house_dict[a].append({'timestamp': timestamp, 'value': values[cont]})
                    cont+=1

                time.sleep(time_2_send)
                timestamp += read_interval

            if skip_flag:
                skip_flag = False
                cont = 0
                for a in com.houses:
                    #print(len(house_dict[a]))
                    socket_list[cont].emit('store-bulk',house_dict[a],namespace='/measures')
                    cont += 1
                    print(datetime.fromtimestamp(timestamp))
                    #print(update(house_dict[a],a.token).json(), datetime.fromtimestamp(timestamp))
        print(time.time() - time1)

        break
    for i in range(len(com.houses)):
        socket_list[i].disconnect()

main(sys.argv)