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Challenges Tiny Turing-completeness

Your challenge today is to golf a program to interpret something Turing-complete. You may use any Turing-complete system for this so long as it is not the source language of the challenge - even a...

0 answers  ·  posted 3y ago by AndrewTheCodegolfer‭  ·  edited 3y ago by AndrewTheCodegolfer‭

#2: Post edited by user avatar AndrewTheCodegolfer‭ · 2021-11-12T19:06:38Z (about 3 years ago)
  • Your challenge today is to golf a program to interpret something Turing-complete.
  • You may use any Turing-complete system for this so long as it is not the source language of the challenge - even a Turing-complete subset of the emulated language. You may **not** directly evaluate code using a builtin within the language. An explanation is not required, but would be nice to have, especially for programs featuring no I/O.
  • This challenge is scored in characters: shortest program wins. Have fun!
  • Your challenge today is to golf a program to interpret something Turing-complete.
  • You may use any Turing-complete system for this so long as it is not the source language of the challenge - even a Turing-complete subset of the emulated language. You may **not** directly evaluate code using a builtin within the language. An explanation is not required, but would be nice to have, especially for programs featuring no I/O.
  • An example program would be this Python program to compute the next step of the input (a string made of 0s and 1s) in Rule 110, created by Redstoneboi:
  • ```python
  • cells=f'00{input()}0'
  • print(''.join(['01110110'[int(cells[i:i+3],2)]for i in range(len(cells)-2)]))
  • ```
  • This challenge is scored in characters: shortest program wins. Have fun!
#1: Initial revision by user avatar AndrewTheCodegolfer‭ · 2021-11-12T18:08:03Z (about 3 years ago)
Tiny Turing-completeness
Your challenge today is to golf a program to interpret something Turing-complete.

You may use any Turing-complete system for this so long as it is not the source language of the challenge - even a Turing-complete subset of the emulated language. You may **not** directly evaluate code using a builtin within the language. An explanation is not required, but would be nice to have, especially for programs featuring no I/O.

This challenge is scored in characters: shortest program wins. Have fun!