Coding Challenge #2 - Passwords

[LucasJG25]

FUZE Coding Challenge #2
Hi everyone and welcome to the 2nd challenge. The rules are:

1. Post your code below
2. There will be 2 tasks per challenge, a Beginners challenge and an Advanced challenge. Anyone can participate in any one of them or both tasks.
3. We are always open to suggestions!
4. Have fun coding!!

TASK #1
LEVEL: Beginner
Given a string, return that string with all its words reversed while maintaining the spaces between them.
Example:
"Hello world" -> "olleH dlrow"

TASK #2
LEVEL: Advanced
Password checker:
A password (Which is a string) must have 1 capitalized letter, 5 common letters and 1 - 3 numbers.
Example:

1. Abdjfk1 -> accepted
2. dkDj2fd -> accepted
3. DHrsfj4 -> rejected
4. 14fdsDf -> rejected
5. 4Ddsdfq32 -> accepted

[Ben 2.0]

Do we post actual code or IDs? Sorry, just a little confused. 😕

[LucasJG25]

@ben-2-0 You'll need to post the actual code below. Not the ID's.

[Ben 2.0]

 caps = ["A", "B", etc...]
 norms = ["a", "b", etc...]
 nums = ["0", "1", etc...]

 loop
      clear()

      pass = input("Enter a Password")
      clear()

      secure = chechsecurity(pass)

      if secure == 1 then 
           print("Secure")
      else
           print("Not Secure")
      endif

      update()
      sleep(2)
 repeat

 function checksecurity(password)
      result = false

      totalcaps = 0 
      totalnorms = 0
      totalnums = 0

      for i = 0 to len(password) loop
           for k = 0 to len(caps) loop
                if password[i] == caps[k] then
                     totalcaps += 1
                endif
           repeat
      repeat

      // use same logic for norms and nums to count amout of each

      if totalcaps == 1 and totalnorms == 5 then
           if totalnums == 1 or totalnums == 2 or totalnums == 3 then
                result = true
           endif
      endif
 return result

Could probably do this better but hope it makes sense. This was fun to do so thanks for posting it!

[vinicity]

A recursive solution for TASK #1:

Recursive solutions are probably not the best way to do things, but they are so much fun to write. Elegant solutions for a more civilised age!

I’ll skip the other task, since it seems to me that it’s hard to come up with any solution that isn’t just loops and counters. But I would be happy to be proved wrong about that! ;)