class encryption: """ returns the encrypted form of message and can also decrypt the encrypted form """ def init(self,message): self.message=message

def encrypt(self):
    string=self.message
    import random #importing random module
    
    enc_list=[]
    
    iterator=0
    
    key=[]
    
    string_list=[]
    
    for i in string:
        string_list.append(i)
            
    for x in range(len(string_list)):
        a=random.randint(100,400) #generating random numbers for key
        enc_num=ord(string_list[iterator])+a 
        enc_list.append(chr(enc_num)) #conversion to random symbols
        key.append(a)
        iterator=iterator+1
        
    strn='' #empty string to hold encrypted message
    for k in enc_list:
        strn=strn+k
    print(key)
    return strn


 
def decrypt(self,encrypted_message,key,password): #data to be passed that has been obtained
    a=12345
    if a!=password:
        print('access denied')
        print('press ok to exit ')
        exit()
    
    iterator2=0
    
    dec_list=[]
    
    enc_list=[]
    
    for i in encrypted_message:
        enc_list.append(i)
        
    for i in key:
        y=ord(enc_list[iterator2])-i #conversion to original ascii values
        iterator2=iterator2+1
        c=chr(y) #conversion to actual message
        dec_list.append(c)
        
    strns='' #empty to string to hold decrypted message
    for l in dec_list:
        strns=strns+l
    return strns