def main():
setting.init()
host = input("Your IP or hostname: ")
port = int(input("Your port: "))
receiver = Receiver(host, port)
partner_host = input("Partner's IP or hostname: ")
partner_port = int(input("Partner's port: "))
sender = Sender(partner_host, partner_port)
threads = [receiver.start(), sender.start()]
def main():
setting.init()
# grab the indexes of the facial landmarks
print("[INFO] Starting video stream thread...")
setting.vs = VideoStream(src=setting.Camera).start()
facedetection = threading.Thread(target=facedetection_background,
name='Face')
facedetection.start()
MainUI.main_ui()
setting.vs.stop()
print("[INFO] Stop video thread...")
print("[INFO] Exit")
sys.exit(1)
# arg[1] g
# arg[2] TCP_port_num
# arg[3] UDP_port_num
if len(arg) == 4 and 'g' in arg:
# GateWay node Initialization
gateNode = GatewayNode(gate_ip, arg[2], arg[3])
# GateWay Node start running
gateNode.startGateNode()
# Enter program Normal server
# arg[0] ServerStart.py
# arg[1] TCP_port_num
# arg[2] UDP_port_num
else:
# Get server local ip address
local_ip = get_local_ip().decode()
# Normal node Initialization
memberNode = MemberNode(gate_ip, local_ip, arg[1], arg[2])
# Normal Node start running
memberNode.startNormalNode()
# Program access point
if __name__ == '__main__':
# Initialize the network structure
setting.init()
# Server initialization by using user input argument
s = ServerStart()
argv = sys.argv
s.getCommand(argv)
inner=np.dot(vector_a,vector_b);
a_norm=np.dot(vector_a,vector_a);
b_norm=np.dot(vector_b,vector_b);
angle=math.acos(inner/math.sqrt(a_norm)/math.sqrt(b_norm));
return angle/math.pi*180;
def maxangle(traject):
le=len(traject);
angleall=[];
for i in range(le):
for j in range(i):
ag=angle(traject[i],traject[j]);
print ag
angleall.append(ag);
return max(angleall)
if __name__=="__main__":
setting.init();
f=open(traject_file,"r");
cell=period;
raw_data=f.readlines();
lines=len(raw_data);
step=lines/(5*cell*cell*cell+9);
calist=[int(sys.argv[2])];
traject=[];
posit=[];
for atomnum in calist:
neilist=neighbor_o_forA(atomnum,cell);
for i in range(step):
atomposit=getposition(atomnum,cell,i,raw_data);
posit.append(atomposit);
sum=np.zeros(3);
for j in range(12):
# The actual sending of the e-mail
server = smtplib.SMTP('smtp.gmail.com:587')
# Credentials (if needed) for sending the mail
server.starttls()
server.login(FROM,password)
server.sendmail(FROM, [TO], MESSAGE.as_string())
server.quit()
print("====== finished sending to "+TO+" =======")
if __name__ == "__main__":
"""Create variable from setting.py """
account = setting.init()['account']
pwd=setting.init()['pwd']
playConsoleAccount=setting.init()['playConsoleAccount']
StatisticsPlace=setting.init()['StatisticsPlace']
googleAppId=setting.init()['googleAppId']
iOSAppID=setting.init()['iOSAppID']
country=setting.init()['appannie_parameter']['country']
andro_category=setting.init()['appannie_parameter']['andro_category']
iOS_category=setting.init()['appannie_parameter']['iOS_category']
firebaseProjectName=setting.init()['firebaseProjectName']
gmailAccount=setting.init()['sendFrom']['gmailAccount']
gmailPwd=setting.init()['sendFrom']['gmailPwd']
sendTo_list=setting.init()['sendTo_list']
email_title=setting.init()['email_title']
"""check the login cookies file exists or not """
# -*- coding: utf-8 -*-
from selenium import webdriver
from selenium.webdriver.common.desired_capabilities import DesiredCapabilities
import time, sys
import setting
import sqlite3
setting.init()
cursor = setting.DB_CONN.cursor()
#
# 函数名：getDriver
# 获取Driver的相关信息
#
def getDriver():
# driver = webdriver.Firefox()
# driver = webdriver.Chrome("C:\Program Files (x86)\Google\Chrome\Application\chromedriver.exe")
driver = webdriver.Remote(
'http://9.115.28.185:4444x/wd/hub', #Change to your own port
DesiredCapabilities.FIREFOX)
return driver
###Start scroll page###
#
# 函数名：scrolltobtm
# 滚动浏览器到底部
#
def scrolltobtm(driver):
# scroll_js = '''document.body.scrollTop = 2000'''#Chrome driver
scroll_js = '''document.documentElement.scrollTop = 2000'''#Firefox driver
driver.execute_script(scroll_js)
