token generation

token_generation.py

real_tokens = []
imag_tokens = []

for i in range(0, len(symbols_real)):
    if symbols_real[i] == 15:
        token = symbols_real[i:i+9]
        checksum = np.sum(token) % 16
        if checksum <= 4 or checksum >= 13 :
            q = (''.join([format(symbol, 'x') for symbol in token[1:7]]))
#             print(q)
#             print(int(q, 16))
            real_tokens.append(int(q, 16))

for i in range(0, len(symbols_imag)):
    if symbols_imag[i] == 15:
        token = symbols_imag[i:i+9]
        checksum = np.sum(token) % 16
        if checksum <= 4 or checksum >= 13 :
            q = (''.join([format(symbol, 'x') for symbol in token[1:7]]))
#             print(q)
#             print(int(q, 16))
            imag_tokens.append(int(q, 16))
            
def remove_duplicates(token_list): 
    final_list = [] 
    for num in token_list: 
        if num not in final_list: 
            final_list.append(num) 
    return final_list 

print(remove_duplicates(real_tokens))
print(remove_duplicates(imag_tokens))