Contract rewards
| Created On | NaN secs ago - Invalid Date UTC+0 |
Contract Code
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import election_house
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__S = Hash(contract='rewards', name='S')
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def ____(initial_split: list=[decimal('0.44'), decimal('0.44'), decimal(
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'0.01'), decimal('0.01'), decimal('0.1')], master_contract=
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'masternodes', delegate_contract='delegates', election_max_length=
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datetime.DAYS * 1):
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__S['value'] = initial_split
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__S['master_contract'] = master_contract
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__S['delegate_contract'] = delegate_contract
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__S['election_max_length'] = election_max_length
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__S['vote_count'] = 0
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__reset_current_votes()
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def __reset_current_votes():
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__S['current_votes', 'masternodes'] = 0
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__S['current_votes', 'delegates'] = 0
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__S['current_votes', 'blackhole'] = 0
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__S['current_votes', 'foundation'] = 0
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__S['current_votes', 'developer'] = 0
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@__export('rewards')
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def current_value():
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return __S['value']
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@__export('rewards')
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def vote(vk: str, obj: list):
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if __S['election_start'] is None:
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total_nodes = len(election_house.current_value_for_policy(__S[
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'master_contract'])) + len(election_house.
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current_value_for_policy(__S['delegate_contract']))
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__S['vote_count'] = 0
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__S['min_votes_required'] = total_nodes * 2 // 3 + 1
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__S['election_start'] = now
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__S.clear('has_voted')
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__reset_current_votes()
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__tally_vote(vk, obj)
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else:
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__tally_vote(vk, obj)
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if __election_is_over():
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__update_value()
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__S['election_start'] = None
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def __update_value():
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masternode_votes = __S['current_votes', 'masternodes'] or 1
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delegate_votes = __S['current_votes', 'delegates'] or 1
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blackhole_votes = __S['current_votes', 'blackhole'] or 1
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foundation_votes = __S['current_votes', 'foundation'] or 1
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developer_votes = __S['current_votes', 'developer'] or 1
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total_votes = (masternode_votes + delegate_votes + blackhole_votes +
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foundation_votes + developer_votes)
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mn = masternode_votes / total_votes
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dl = delegate_votes / total_votes
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bh = blackhole_votes / total_votes
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fd = foundation_votes / total_votes
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dv = developer_votes / total_votes
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__S['value'] = [mn, dl, bh, fd, dv]
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def __election_is_over():
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return __S['vote_count'] >= __S['min_votes_required'] or now - __S[
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'election_start'] >= __S['election_max_length']
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def __tally_vote(vk: str, obj: list):
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__validate_vote(vk, obj)
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a, b, c, d, e = obj
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__S['current_votes', 'masternodes'] += a
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__S['current_votes', 'delegates'] += b
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__S['current_votes', 'blackhole'] += c
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__S['current_votes', 'foundation'] += d
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__S['current_votes', 'developer'] += e
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__S['has_voted', vk] = True
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__S['vote_count'] += 1
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def __validate_vote(vk: str, obj: list):
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assert vk in election_house.current_value_for_policy(__S['master_contract']
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) or vk in election_house.current_value_for_policy(__S[
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'delegate_contract']), 'Not allowed to vote!'
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assert type(obj) == list, 'Pass a list!'
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assert len(obj) == 5, 'Must have 5 elements!'
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s = 0
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for o in obj:
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assert int(o) >= 0, 'No non-negative numbers!'
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s += o
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assert s == 100, 'Elements must add to 100!'
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assert __S['has_voted', vk] is None, 'VK has already voted!'
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