--description--

Every time the code runs, you should see a random character from the all_characters string. This is exactly what you want to achieve to create a random password.

However, the algorithm on which random relies makes the generated pseudo-random numbers predictable. Therefore, although the random module is suitable for the most common applications, it cannot be used for cryptographic purposes, due to its deterministic nature.

Instead of importing random, import the secrets module. Then change the print() call to use secrets.choice(all_characters).

--hints--

You should import the secrets module instead of the random module.

({
  test: () => {
    assert.match(code, /^import\s+secrets/m)
    assert.isFalse( /^import\s+random/m.test(code))
  }
})

You should modify your existing print() call to print secrets.choice(all_characters).

({ test: () => assert.match(code, /^print\s*\(\s*secrets\.choice\s*\(\s*all_characters\s*\)\s*\)/m) })

--seed--

--seed-contents--

--fcc-editable-region--
import random
import string


# Define the possible characters for the password
letters = string.ascii_letters
digits = string.digits
symbols = string.punctuation

# Combine all characters
all_characters = letters + digits + symbols

print(all_characters)
print(random.choice(all_characters))
--fcc-editable-region--