def start_setup():
pwd = "1"
password = input("Enter password: "******"Available devices are:")
s.available_devs()
selection = input("\nSelect :"+"\n"+"a : Add device"+"\n"+"r : Remove device"+"\n"+"x : Exit"+"\n")
selection = selection.lower()
if selection == 'x':
print ("Exiting...")
Play_speech("System rebooting").start()
time.sleep(2)
startup()
break
elif selection == 'a':
room_name = input("Enter room: ").strip()
device_name = input("Enter device: ").strip()
s.add_device(device_name, room_name)
elif selection == 'r':
room_name = input("Enter room: ").strip()
device_name = input("Enter device: ").strip()
s.remove_device(device_name, room_name)
else:
Play_speech("Please check your password").start()
print("Wrong password !!!")
return False
def wait_for_secret_word():
session_user.open_file("r")
import_session = session_user.file.readline().split(',')
while len(import_session) >= 3:
session_user.close_file()
session_user.open_file("r")
import_session = session_user.file.readline().split(',')
time.sleep(1)
session_user.close_file()
global secret_word
global word_level
secret_word = import_session[0]
word_level = import_session[1]
global secret_word_split
secret_word_split = []
for i in secret_word.lower():
secret_word_split.append(i)
global input_list
input_list = []
for i in range(0, int(word_level)):
input_list.append("_")
global user_fails
user_fails = 0
global user_tries
user_tries = int(word_level) * 2
global letters_tried
letters_tried = []
user_input(input_list, secret_word, secret_word_split)
def state(self):
try:
self.open_file("r")
self.session_state = int(self.file.readline().split(',')[2])
self.close_file()
return self.session_state
except IndexError:
time.sleep(1)
self.state()
def motor():
global water_v, low
if not water_v:
w = Water() #create water thread
w.Start()
time.sleep(2)
if not w.isAlive:
water_v = low
Log("Unable to start water thread.").start()
def error_led(): global low, high, er_pin pi.digitalWrite(er_pin, low) #make pin 13 low for i in range(0, 3): #blink LED 3 times time.sleep(0.5) #delay 0.5sec pi.digitalWrite(er_pin, high) #make pin high time.sleep(0.5) pi.digitalWrite(er_pin, low) #make pin low return
def win():
session_user.write_file("{}, {}, {}, {}".format(input_list, user_tries,
letters_tried, True))
print(Fore.GREEN + "\n\n\nYou have won\n" + "Your number of mistakes: " +
str(user_fails) + "\n\n")
#timenow = datetime.now()
time.sleep(3)
#addtoleaderboard(timenow)
#hangman_main()
sys.exit(0)
def check():
global dev_pins, room, device, operation, event
if device:
dev = dev_pins[room][device]["obj"]
if not operation:
operation = high
if dev.get():
operation = low
if device == "fan":
response = dev.fan_toggle(operation)
else:
response = dev.toggle(operation)
if not response or dev.get() != operation: #checking command execution
Log("Executing the command\n\t"+room+" "+device+" "+str(operation)+".").start()
return True
else:
if event == "play":
if not s_features["play"]:
p = process.Process(target=play_d, args=(operation,))
p.start()
time.sleep(0.2)
if p.is_alive():
s_features["play"] = p
else:
s_features["play"] = None
Log("Unable to start play thread.").start() #Create and run error thread
elif s_features["play"].is_alive():
print ("Already playing...")
elif event == "send":
response = re.search('(.*)\\sto\\s.*?(\w+)', operation, re.I)
if response:
message = response.group(1)
to = response.group(2)
E_mail(message, to).start()
elif event == "time":
play_string("time")
elif event == "day":
play_string("day")
elif event == "stop":
if s_features["play"] and s_features["play"].is_alive():
s_features["play"].terminate()
time.sleep(0.5)
if s_features["play"].is_alive():
Log("Unable to stop play thread.").start()
else:
s_features["play"] = None
elif operation == "motor":
water_v = low
elif event == "setup":
start_setup()
return True
def waiting_for_user(self):
user_is_ready = False
while user_is_ready == False:
if self.state() == 1:
print(Fore.GREEN + "User is ready")
user_is_ready = True
elif self.state() == 0:
print(Fore.YELLOW + "User is not ready")
time.sleep(1)
else:
print(Fore.RED + "Something went wrong, exiting Hangman")
sys.exit(0)
self.open_file("r")
self.name_of_user = self.file.readline().split(',')[1]
self.close_file()
def water_toggle(sw): global water_v, low, high, u_e, o_e, o_f water_v = high while water_v: if ((not sw.get(o_e)) and sw.get(u_e)) or sw.get(): if not sw.get(): sw.toggle(high) #turn on while sw.get(u_e) and water_v: if sw.get(o_f): break elif not sw.get(): break time.sleep(5) #5 seconds if sw.get(): sw.toggle(low) #turn off time.sleep(300) #5 minutes
def welcome():
""" """
from modules import version
from modules import time
from modules import mode
print(mode)
print(
" \t\twelcome to SHARET\n\t by toutpuissantged \n\t\t contact :: mail :[email protected] ; whatsapps+telegrame : +228 96870360\n \t\t\tversion : {} \n"
.format(version))
date = int(time.time())
expir = 1689807440
rest = int(expir - date)
r_j = int(rest / (60 * 60 * 24))
if date >= expir:
print(
"your software has expired since {} days and needs an update \n please contact the developer by email at [email protected] or on whatsapps + telegrame on +228 96870360 \n NB : this software is 100% free the developer will also provide you the updates completely free of charge."
.format(-r_j))
time.sleep(5)
exit()
else:
print(
" \t\ttime remaining before the update: {} jours ".format(r_j))
def user_stats():
# Importing stats from session_admin.txt
# Import: "Eingabeliste", "Remaining Tries", "All letters inputed", "Is word Correct (Bool)"
did_game_end = False
session_admin.open_file("r")
while not did_game_end:
session_admin.open_file("r")
import_session = session_admin.file.readline().split(';')
session_admin.close_file()
print(import_session)
try:
input_list = import_session[0]
remaining_tries = import_session[1]
all_letters_tried = import_session[2]
check_game_state = import_session[3]
if check_game_state == "True":
did_game_end = True
print("\n\n\n\n\n\nWord: {} \nRemaining tries: {}\nAll letters tried: {}\nDid Game End?{}".format(str(input_list), str(remaining_tries), str(all_letters_tried), str(did_game_end)))
time.sleep(1)
except IndexError:
print("IndexError") # TODO Zeile entfernen wenn alles funktioniert
time.sleep(1)
session_admin.close_file()
get_results(input_list, remaining_tries)
def loser(secret_word):
session_user.write_file("{}, {}, {}, {}".format(input_list, user_tries,
letters_tried, False))
print(Fore.RED + "You lost, the solution is: " + secret_word + "\n\n\n")
time.sleep(3)
def wait_for_admin():
if session_user.state() == 0:
session_user.start_user()
else:
time.sleep(1)
wait_for_admin()
def serveur():
from modules import calc,conf_r,time,zlib,datetime,sqlite3,subprocess,sys,os,hashlib,base
hosta,hostb,temp=base.ip_rd()
temp=int(temp)
inte=1
port = 5566
n=0
tim4=0.0
deb=0
ps2=False
ps3=0
if inte==1:
import socket
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
host1=socket.gethostname()
host1=hosta
sock.bind((host1,port))
if n==0:
print("your network address is : ",str(hosta))
n+=1
while inte:
sock.listen()
conn, adress =sock.accept()
while inte:
msg2=conn.recv(1024).decode("utf8")
if msg2=="send":
neu=1
nou=0
msg3=conn.recv(1024).decode("utf8")
msg6 =conn.recv(1024).decode("utf8")
print("your friend sends you the file => ",str(msg3))
if deb==0:
seuc=input('press enter to validate !!! ')
if seuc=="":
seuc=5
else :
seuc=float(seuc)
deb+=1
msg4="virtual/receved/"
msg5=msg4+msg3
fd =open(msg5,'wb')
ft= open('virtual/system/temp','wb')
print("compression recu est "+msg6)
while neu:
tim1=time.time()
ft.write(conn.recv(1024))
tim2=time.time()
tim3=(tim2-tim1)
tim4+=tim3
if nou==0:
print("reception in progress")
nou+=1
if tim3>=seuc:
tim4=int(tim4)
ft.close()
neu=0
ft= open('virtual/system/temp','rb')
z_temp=ft.read()
ft.close()
z_fin=zlib.decompress(z_temp,wbits=0)
fd.write(z_fin)
fd.close()
os.remove('virtual/system/temp')
t_now=datetime.datetime.today()
forma_t="["+str(t_now.year)+'-'+str(t_now.month)+'-'+str(t_now.day)+' '+str(t_now.hour)+':'+str(t_now.minute)+':'+str(t_now.second)+"] \t "+msg3+" \t succesfuly receved \n"
ft2= open('virtual/system/receved.history','a')
ft2.write(forma_t)
ft2.close()
print("receive {} end with a time of {} seconds \n your message : ".format(msg3,tim4))
elif msg2=="cmd":
msg2=conn.recv(1024).decode("utf8")
h=subprocess.getoutput(msg2)
conn.send(str(h).encode("utf8"))
elif msg2=="exit":
print('disconnection !!!')
time.sleep(1)
exit()
elif msg2=='check':
pass
elif msg2=='sendall':
dec=conn.recv(1024).decode("utf8")
if dec=='end':
pass
else:
ps2=True
if ps2==True:
print('taille de la liste == ',dec)
lon=int(dec)
while ps3<lon:
pass
ps2=False
elif msg2=="money":
mrecu=""
mrecu=conn.recv(1024).decode("utf8")
print("you just received {} money".format(mrecu))
mrecu=int(mrecu)
if mrecu !=0:
conn2=sqlite3.connect("virtual/system/base.db")
cur=conn2.cursor()
cur.execute("select money from info")
for l in cur:
liste_d=l
cur.execute("select pseudo from info")
for l in cur:
liste_s=l
cur.execute("select code from info")
for l in cur:
liste_n=l
cur.execute("select hache from info")
for l in cur:
liste_h=l
t2money=(liste_d[0])
snum=0
tb=1
while tb==1:
ts2=hashlib.sha224((bytes(str(snum),'utf8'))).hexdigest()
if ts2==t2money:
tb=0
t3money=snum
else:
snum+=1
nmoney=mrecu+t3money
hmoney=hashlib.sha224((bytes(str(nmoney),'utf8'))).hexdigest()
don2=(liste_s[0],liste_n[0],hmoney,liste_h[0])
cur.execute("insert into info (pseudo,code,money,hache) values(?,?,?,?)",don2)
conn2.commit()
cur.close()
conn2.close()
else :
time.sleep(0.0)
print("\n message from your friend: ",str(msg2))