njdart

import uuid

class Foo():
  def __init__(self, id=uuid.uuid4()):
    self.id = id

class Bar():
  def __init__(self, id=uuid.uuid4()):
    self.id = id

njdart

This brief is a copy of the #SETIDecryptChallenge challenge was taken from http://phl.upr.edu/library/notes/SETIChallenge:

Suppose a telescope on Earth receives a series of pulses from a fixed, unresolved source beyond the solar system. The source is a star about 50 light years from Earth. The pulses are in the form of short/long signals and they are received in a very narrow band around an electromagnetic frequency of 452.12919 MHz. A computer algorithm identifies the artificial nature of the pulses. It turns out the pulses carry a message. The pulses signify binary digits. Suppose further that you were, by whatsoever reason, put in charge of decoding this message.

Rules

1. No restrictions on collaborations.
2. Open discussion (social networks etc.) of possible solutions strongly encouraged.
3. Three hints to the solutions can be offered as per request.
4. Send your solutions to Dr. René

njdart

import communications
import solution_set
import SR


"""
Hills Robot (Hobo) Class, this should be the end point for all competition code
"""
class Hobo(object):