def p_randomly(params, step, sL, s):
"""
Randomly picks a Participant from the network and asks him if he wants
to create a Proposal.
"""
funding_pool = s["funding_pool"]
network = s["network"]
participants = get_participants(network)
i, participant = random.sample(participants, 1)[0]
wants_to_create_proposal = participant.create_proposal(calc_total_funds_requested(
network), calc_median_affinity(network), funding_pool)
return {"new_proposal": wants_to_create_proposal, "proposed_by_participant": i}
def p_randomly(params, step, sL, s, **kwargs):
"""
Randomly picks a Participant from the network and asks him if he wants
to create a Proposal.
"""
funding_pool = s["funding_pool"]
network = s["network"]
choice_func = params["choice_func"]
participants = get_participants(network)
participants_dict = dict(participants)
i = choice_func(list(participants_dict))
participant = participants_dict[i]
wants_to_create_proposal = participant.create_proposal(calc_total_funds_requested(
network), calc_median_affinity(network), funding_pool)
return {"new_proposal": wants_to_create_proposal, "proposed_by_participant": i}
def test_calc_total_funds_requested(self):
sum = calc_total_funds_requested(self.network)
self.assertEqual(sum, 50)