def onTest(call):
global question, answers
if call.data.startswith("['choosepart'"):
acceptboard = telebot.types.InlineKeyboardMarkup()
acceptboard.add(
types.InlineKeyboardButton(
text="Почати тестування",
callback_data="['ontest','0 question']"),
types.InlineKeyboardButton(text="Повернутись",
callback_data="['choosepart']"))
if ast.literal_eval(call.data)[1] == "zno1":
config.name = "math"
db.getTable()
question = db.question.fetchall()
answers = db.answers.fetchall()
config.count = 0
bot.send_message(call.message.chat.id,
text='Ви вибрали розділ ЗНО1',
reply_markup=acceptboard)
if call.data.startswith("['ontest'"):
print(config.count)
print(ast.literal_eval(call.data)[1])
print(str(answers[config.n]["trueans"]))
if config.n < db.question.rowcount:
if ast.literal_eval(call.data)[1] == str(
answers[config.n]["trueans"]):
config.count += 1
if config.n >= db.question.rowcount:
bot.answer_callback_query(
callback_query_id=call.id,
show_alert=True,
text="Тест завершений\nКількість набраних балів:" +
str(config.count) + "/" + str(config.n))
bot.send_message(chat_id=call.message.chat.id,
text=question[config.n]["question"],
reply_markup=makeKeyboard(answers[config.n]))
config.n = config.n + 1
import func
import db
import matplotlib.pyplot as plt
import numpy as np
n1 = [[], []]
n2 = [[], []]
n3 = [[], []]
for data in db.getTable("battery"):
if data['node'] == 1:
n1[data['scenario']].append(data['power'])
elif data['node'] == 2:
n2[data['scenario']].append(data['power'])
else:
n3[data['scenario']].append(data['power'])
x = np.linspace(1, len(n1[0]), len(n1[0]))
dataPoints = [n1, n2, n3]
nodes = ['N1', 'N2', 'N3']
counter = 0
for n in dataPoints:
plt.figure()
plt.plot(x, n[0], '-o', x, n[1], '-o')
plt.legend([
'{} - Normal'.format(nodes[counter]),
'{} - Active'.format(nodes[counter])
])
plt.xlabel('Minutes')
plt.ylabel('Power (W)')
import numpy as np
# CPU Data
n1_normal = [[], []] # cpu, mem
n1_active = [[], []]
n1_mb = []
n2_normal = [[], []]
n2_active = [[], []]
n2_mb = []
n3_normal = [[], []]
n3_active = [[], []]
n3_mb = []
for x in db.getTable("cpu"):
if x['node'] == 1:
if x['scenario'] == 0:
n1_normal[0].append(x['cpu'])
n1_normal[1].append(x['mem'])
else:
n1_active[0].append(x['cpu'])
n1_active[1].append(x['mem'])
elif x['node'] == 2:
if x['scenario'] == 0:
n2_normal[0].append(x['cpu'])
n2_normal[1].append(x['mem'])
else:
n2_active[0].append(x['cpu'])
n2_active[1].append(x['mem'])
elif x['node'] == 3:
#!/usr/bin/python
"""
Generate data file for model classification
"""
import db
handler = open('data.csv', 'w')
data = ""
# write headers
data += "cpu,memory,malicious\n"
# getting normal cpu profile
for d in db.getTable("cpu"):
#print(d['cpu_percent'], d['mem_p'])
data += "{},{},0\n".format(d['cpu_percent'], d['mem_p'])
# tcp
for d in db.getTable("tcp"):
#print(d['cpu_percent'], d['mem_p'])
data += "{},{},1\n".format(d['cpu_percent'], d['mem_p'])
# udp
for d in db.getTable("udp"):
#print(d['cpu_percent'], d['mem_p'])
data += "{},{},1\n".format(d['cpu_percent'], d['mem_p'])
# icmp
for d in db.getTable("icmp"):
#print(d['cpu_percent'], d['mem_p'])
data += "{},{},1\n".format(d['cpu_percent'], d['mem_p'])
import os
from boto3.dynamodb.conditions import Key
from flask import Flask, request, jsonify, redirect
from flask_cors import CORS
from db import getTable, hasTable, createTable
from utils import validateUrl
SERVER_DNS = os.getenv('SERVER_DNS', 'http://*****:*****@application.route('/shorten_url', methods=['POST'])
def shortenUrl():
body = request.get_json()
if not validateUrl(body['url']):
res = {'message': 'Invalid url in request body'}
return jsonify(res), 400
hashObject = hashlib.md5(body['url'].encode())
urlHash = hashObject.hexdigest()