myfile.py

import hashlib # this allow me to hash my location

# MD5 x3 then sha256 this a salt.


def salt(password=None): # this is the registration subroutine
    if password == None: return False
    try:
        password = str(password)
    except:
        print("error")
        return False

    hash_password = hashlib.md5(password.encode())
    Temp_hash = hash_password.hexdigest()
    hash_pt2 = hashlib.md5(Temp_hash.encode())
    Temp_hash = hash_pt2.hexdigest()
    hash_pt3 = hashlib.md5(Temp_hash.encode())
    Temp_hash = hash_pt3.hexdigest()

    hash_pt4 = hashlib.sha256(Temp_hash.encode())
    Final_hash = hash_pt4.hexdigest()

    return Final_hash

print(salt())

def decrypt(lat,long):
    
    
    # lat = lat_value + salt(lat_Value)
    # long = long_value + salt(long_value)
    
    split_lat = lat.split('#') # need 1st value
    split_long = long.split('#') # need 2nd value
    
    
    lat_value = split_lat[0]
    long_value = split_long[1]
    
    lat_salted = salt(split_lat[0])
    long_salted = salt(split_long[1])
    
    print("Hello")
    print(lat_value,long_value)
    
    lat_string = f"{lat_value}#{lat_salted}"
    long_string = f"{long_salted}#{long_value}"

    print(lat_string)
    
    if lat_string == lat and long_string == long:
        print("Match! ")
        return lat_value,long_value
    
    print("Error decryption")
    return False,False

'''
import random
latitude = (random.randint(0, 100))
longitude = (random.randint(0, 180))
print(latitude, longitude)
new_lat = f"{latitude}#{salt(latitude)}"
new_log = f"{salt(longitude)}#{longitude}"

print(new_lat,new_log)

print( decrypt( new_lat,new_log))
'''