def test_market_accept_bid_yields_partial_bid_trade(market: TwoSidedPayAsBid):
bid = market.bid(2.0, 4, 'buyer', 'seller')
trade = market.accept_bid(bid,
energy=1,
seller='seller',
trade_offer_info=[2, 2, 1, 1, 2])
assert trade.offer.id == bid.id and trade.offer.energy == 1
def test_market_trade_bid_not_found(market: TwoSidedPayAsBid):
bid = market.bid(20, 10, 'A', 'B')
assert market.accept_bid(bid, 10, 'B')
with pytest.raises(BidNotFound):
market.accept_bid(bid, 10, 'B')
def test_market_accept_bid_always_updates_trade_stats(market: TwoSidedPayAsBid, called,
market_method):
setattr(market, market_method, called)
bid = market.bid(20, 20, 'A', 'B')
trade = market.accept_bid(bid, energy=5, seller='B', already_tracked=False)
assert trade
assert len(getattr(market, market_method).calls) == 1
def setUp(self):
self.area = Area(name="test_area")
self.parent_area = Area(name="parent_area")
self.test_market = TwoSidedPayAsBid(name="test_market")
self.parent_area._markets.markets = {1: self.test_market}
self.area.parent = self.parent_area
self.external_strategy = ExternalStrategy(self.area)
self.external_redis = self.external_strategy.redis
def test_market_trade_partial_bid_invalid(market: TwoSidedPayAsBid, energy):
bid = market.bid(20, 20, 'A', 'B')
with pytest.raises(InvalidTrade):
market.accept_bid(bid,
energy=energy,
seller='A',
trade_offer_info=[1, 1, 1, 1, 1])
def setUp(self):
ConstSettings.IAASettings.MARKET_TYPE = 1
self.area = Area(name="test_area")
self.parent_area = Area(name="parent_area")
self.test_market = TwoSidedPayAsBid(name="test_market")
self.parent_area._markets.markets = {1: self.test_market}
self.area.parent = self.parent_area
self.external_strategy = ExternalStrategy(self.area)
self.external_redis = self.external_strategy.redis
def test_market_bid_trade(market: TwoSidedPayAsBid):
bid = market.bid(20, 10, 'A', 'B')
trade = market.accept_bid(bid, energy=10, seller='B')
assert trade
assert trade == market.trades[0]
assert trade.id
assert trade.offer is bid
assert trade.seller == 'B'
assert trade.buyer == 'A'
assert not trade.residual
def test_market_accept_bid_does_not_emit_bid_deleted_on_partial_bid(market: TwoSidedPayAsBid,
called):
market.add_listener(called)
bid = market.bid(20, 20, 'A', 'B')
trade = market.accept_bid(bid, energy=1)
assert all([ev != repr(MarketEvent.BID_DELETED) for c in called.calls for ev in c[0]])
assert len(called.calls) == 1
assert called.calls[0][0] == (repr(MarketEvent.BID_TRADED), )
assert called.calls[0][1] == {
'market_id': repr(market.id),
'bid_trade': repr(trade),
}
def test_market_bid_trade(market: TwoSidedPayAsBid):
bid = market.bid(20, 10, 'A', 'B', original_bid_price=20)
trade = market.accept_bid(bid,
energy=10,
seller='B',
trade_offer_info=[2, 2, 0.5, 0.5, 2])
assert trade
assert trade.id == market.trades[0].id
assert trade.id
assert trade.offer.price == bid.price
assert trade.offer.energy == bid.energy
assert trade.seller == 'B'
assert trade.buyer == 'A'
assert not trade.residual
def test_market_trade_bid_not_found(market=TwoSidedPayAsBid(time_slot=now())):
bid = market.bid(20, 10, 'A', 'B', 'A')
assert market.accept_bid(bid, 10, 'B', trade_offer_info=[2, 2, 1, 1, 2])
with pytest.raises(BidNotFound):
market.accept_bid(bid, 10, 'B', trade_offer_info=[2, 2, 1, 1, 2])
def test_market_accept_bid_emits_bid_traded_and_bid_deleted_event(market: TwoSidedPayAsBid,
called):
market.add_listener(called)
bid = market.bid(20, 20, 'A', 'B')
trade = market.accept_bid(bid)
assert len(called.calls) == 2
assert called.calls[0][0] == (repr(MarketEvent.BID_TRADED), )
assert called.calls[1][0] == (repr(MarketEvent.BID_DELETED), )
assert called.calls[0][1] == {
'market_id': repr(market.id),
'bid_trade': repr(trade),
}
assert called.calls[1][1] == {
'market_id': repr(market.id),
'bid': repr(bid),
}
def test_market_bid(market: TwoSidedPayAsBid):
bid = market.bid(1, 2, 'bidder', 'seller', 'bidder')
assert market.bids[bid.id] == bid
assert bid.price == 1
assert bid.energy == 2
assert bid.buyer == 'bidder'
assert bid.seller == 'seller'
assert len(bid.id) == 36
def test_market_bid_accepts_bid_id(market: TwoSidedPayAsBid):
bid = market.bid(1, 2, 'bidder', 'seller', 'bidder', bid_id='123')
assert market.bids['123'] == bid
assert bid.id == '123'
assert bid.price == 1
assert bid.energy == 2
assert bid.buyer == 'bidder'
assert bid.seller == 'seller'
# Update existing bid is tested here
bid = market.bid(3, 4, 'updated_bidder', 'updated_seller', 'updated_bidder', bid_id='123')
assert market.bids['123'] == bid
assert bid.id == '123'
assert isclose(bid.price, 3)
assert bid.energy == 4
assert bid.buyer == 'updated_bidder'
assert bid.seller == 'updated_seller'
def test_market_accept_bid_always_updates_trade_stats(
called, market_method, market=TwoSidedPayAsBid(time_slot=now())):
setattr(market, market_method, called)
bid = market.bid(20, 20, 'A', 'B', 'A')
trade = market.accept_bid(bid, energy=5, seller='B', trade_offer_info=[1, 1, 1, 1, 1])
assert trade
assert len(getattr(market, market_method).calls) == 1
def test_market_trade_partial_bid_invalid(
energy, market=TwoSidedPayAsBid(time_slot=DateTime.now())):
bid = market.bid(20, 20, 'A', 'B', 'A')
with pytest.raises(InvalidTrade):
market.accept_bid(bid,
energy=energy,
seller='A',
trade_offer_info=[1, 1, 1, 1, 1])
def test_market_trade_bid_partial(market: TwoSidedPayAsBid):
bid = market.bid(20, 20, 'A', 'B')
trade = market.accept_bid(bid, energy=5, seller='B')
assert trade
assert trade == market.trades[0]
assert trade.id
assert trade.offer is not bid
assert trade.offer.energy == 5
assert trade.offer.price == 5
assert trade.offer.seller == 'B'
assert trade.seller == 'B'
assert trade.buyer == 'A'
assert trade.residual
assert len(market.bids) == 1
assert bid.id in market.bids
assert market.bids[bid.id].energy == 15
assert market.bids[bid.id].price == 15
assert market.bids[bid.id].seller == 'B'
assert market.bids[bid.id].buyer == 'A'
def test_market_accept_bid_emits_bid_split_on_partial_bid(
called, market=TwoSidedPayAsBid(time_slot=now())):
market.add_listener(called)
bid = market.bid(20, 20, 'A', 'B', 'A')
trade = market.accept_bid(bid, energy=1, trade_offer_info=[1, 1, 1, 1, 1])
assert all([ev != repr(MarketEvent.BID_DELETED) for c in called.calls for ev in c[0]])
assert len(called.calls) == 2
assert called.calls[0][0] == (repr(MarketEvent.BID_SPLIT),)
assert called.calls[1][0] == (repr(MarketEvent.BID_TRADED),)
assert called.calls[1][1] == {
'market_id': repr(market.id),
'bid_trade': repr(trade),
}
def test_market_trade_bid_partial(market: TwoSidedPayAsBid):
bid = market.bid(20, 20, 'A', 'B', original_bid_price=20)
trade = market.accept_bid(bid,
energy=5,
seller='B',
trade_offer_info=[1, 1, 1, 1, 1])
assert trade
assert trade.id == market.trades[0].id
assert trade.id
assert trade.offer is not bid
assert trade.offer.energy == 5
assert trade.offer.price == 5
assert trade.offer.seller == 'B'
assert trade.seller == 'B'
assert trade.buyer == 'A'
assert trade.residual
assert len(market.bids) == 1
assert trade.residual.id in market.bids
assert market.bids[trade.residual.id].energy == 15
assert isclose(market.bids[trade.residual.id].price, 15)
assert market.bids[trade.residual.id].seller == 'B'
assert market.bids[trade.residual.id].buyer == 'A'
def test_market_accept_bid_emits_bid_traded_and_bid_deleted_event(
called, market=TwoSidedPayAsBid(time_slot=DateTime.now())):
market.add_listener(called)
bid = market.bid(20, 20, 'A', 'B')
trade = market.accept_bid(bid, trade_offer_info=[1, 1, 1, 1, 1])
assert len(called.calls) == 2
assert called.calls[0][0] == (repr(MarketEvent.BID_TRADED), )
assert called.calls[1][0] == (repr(MarketEvent.BID_DELETED), )
assert called.calls[0][1] == {
'market_id': repr(market.id),
'bid_trade': repr(trade),
}
assert called.calls[1][1] == {
'market_id': repr(market.id),
'bid': repr(bid),
}
def market():
return TwoSidedPayAsBid()
assert bid.buyer == 'updated_bidder'
assert bid.seller == 'updated_seller'
def test_market_offer_invalid(market: OneSidedMarket):
with pytest.raises(InvalidOffer):
market.offer(10, -1, 'someone', 'someone')
def test_market_bid_invalid(market: TwoSidedPayAsBid):
with pytest.raises(InvalidBid):
market.bid(10, -1, 'someone', 'noone', 'someone')
@pytest.mark.parametrize("market, offer",
[(TwoSidedPayAsBid(), "offer"),
(BalancingMarket(), "balancing_offer")])
def test_market_offer_readonly(market, offer):
market.readonly = True
with pytest.raises(MarketReadOnlyException):
getattr(market, offer)(10, 10, 'A', 'A')
@pytest.mark.parametrize(
"market, offer",
[(TwoSidedPayAsBid(time_slot=DateTime.now()), "offer"),
(BalancingMarket(time_slot=DateTime.now()), "balancing_offer")])
def test_market_offer_delete(market, offer):
offer = getattr(market, offer)(20, 10, 'someone', 'someone')
market.delete_offer(offer)
def market():
return TwoSidedPayAsBid(time_slot=now())
class TestExternalStrategy(unittest.TestCase):
def setUp(self):
ConstSettings.IAASettings.MARKET_TYPE = 1
self.area = Area(name="test_area")
self.parent_area = Area(name="parent_area")
self.test_market = TwoSidedPayAsBid(name="test_market",
time_slot=now())
self.parent_area._markets.markets = {1: self.test_market}
self.area.parent = self.parent_area
self.external_strategy = ExternalStrategy(self.area)
self.external_redis = self.external_strategy.redis
def tearDown(self):
ConstSettings.IAASettings.MARKET_TYPE = 1
@parameterized.expand([(2, ), (3, )])
def test_sub_to_external_requests_exposes_correct_channels_two_sided_market(
self, market_type):
ConstSettings.IAASettings.MARKET_TYPE = market_type
self.external_strategy2 = ExternalStrategy(self.area)
self.external_strategy2.redis.redis_db.sub_to_multiple_channels.assert_called_once_with(
{
"parent-area/test-area/offer":
self.external_strategy2.redis._offer,
"parent-area/test-area/delete_offer":
self.external_strategy2.redis._delete_offer,
"parent-area/test-area/delete_bid":
self.external_strategy2.redis._delete_bid,
"parent-area/test-area/bid":
self.external_strategy2.redis._bid,
"parent-area/test-area/bids":
self.external_strategy2.redis._list_bids,
"parent-area/test-area/offers":
self.external_strategy2.redis._offer_lists
})
def test_sub_to_external_requests_exposes_correct_channels_one_sided_market(
self):
self.external_redis.redis_db.sub_to_multiple_channels.assert_called_once_with(
{
"parent-area/test-area/offer": self.external_redis._offer,
"parent-area/test-area/delete_offer":
self.external_redis._delete_offer,
"parent-area/test-area/accept_offer":
self.external_redis._accept_offer,
"parent-area/test-area/offers":
self.external_redis._offer_lists
})
def _assert_dict_is_the_same_as_offer(self, offer_dict, offer):
assert offer.id == offer_dict["id"]
assert offer.price == offer_dict["price"]
assert offer.energy == offer_dict["energy"]
def test_list_offers(self):
offer1 = self.test_market.offer(1, 2, "A", "A")
offer2 = self.test_market.offer(2, 3, "B", "B")
offer3 = self.test_market.offer(3, 4, "C", "C")
self.external_redis._offer_lists("")
self.external_redis.redis_db.publish.assert_called_once()
assert self.external_redis.redis_db.publish.call_args_list[0][0][0] == \
"parent-area/test-area/offers/response"
response_payload = json.loads(
self.external_redis.redis_db.publish.call_args_list[0][0][1])
offers_dict = response_payload["offer_list"]
assert len(offers_dict) == 3
self._assert_dict_is_the_same_as_offer(offers_dict[0], offer1)
self._assert_dict_is_the_same_as_offer(offers_dict[1], offer2)
self._assert_dict_is_the_same_as_offer(offers_dict[2], offer3)
@parameterized.expand([(2, ), (3, )])
def test_list_offers_two_sided(self, market_type):
ConstSettings.IAASettings.MARKET_TYPE = market_type
offer1 = self.test_market.offer(1, 2, "test_area", "test_area")
offer2 = self.test_market.offer(2, 3, "test_area", "test_area")
self.test_market.offer(3, 4, "C", "C")
self.external_redis._offer_lists("")
self.external_redis.redis_db.publish.assert_called_once()
assert self.external_redis.redis_db.publish.call_args_list[0][0][0] == \
"parent-area/test-area/offers/response"
response_payload = json.loads(
self.external_redis.redis_db.publish.call_args_list[0][0][1])
offers_dict = response_payload["offer_list"]
assert len(offers_dict) == 2
self._assert_dict_is_the_same_as_offer(offers_dict[0], offer1)
self._assert_dict_is_the_same_as_offer(offers_dict[1], offer2)
def test_offer(self):
payload = {"data": json.dumps({"energy": 22, "price": 54})}
self.external_redis._offer(payload)
assert len(self.test_market.offers) == 1
offer = list(self.test_market.offers.values())[0]
assert offer.price == 54
assert offer.energy == 22
assert offer.seller == "test_area"
market_offer_json = offer.to_JSON_string()
self.external_redis.redis_db.publish.assert_called_once()
assert self.external_redis.redis_db.publish.call_args_list[0][0][0] == \
"parent-area/test-area/offer/response"
response_payload = json.loads(
self.external_redis.redis_db.publish.call_args_list[0][0][1])
assert response_payload["offer"] == market_offer_json
def test_delete_offer(self):
offer1 = self.test_market.offer(1, 2, "A", "A")
payload = {"data": json.dumps({"offer": offer1.to_JSON_string()})}
self.external_redis._delete_offer(payload)
assert len(self.test_market.offers) == 0
self.external_redis.redis_db.publish.assert_called_once()
assert self.external_redis.redis_db.publish.call_args_list[0][0][0] == \
"parent-area/test-area/delete_offer/response"
def test_accept_offer(self):
offer1 = self.test_market.offer(1, 2, "A", "A")
payload = {"data": json.dumps({"offer": offer1.to_JSON_string()})}
self.external_redis._accept_offer(payload)
assert len(self.test_market.trades) == 1
trade = self.test_market.trades[0]
assert len(self.test_market.offers) == 0
self.external_redis.redis_db.publish.assert_called_once()
assert self.external_redis.redis_db.publish.call_args_list[0][0][0] == \
"parent-area/test-area/accept_offer/response"
response_payload = json.loads(
self.external_redis.redis_db.publish.call_args_list[0][0][1])
assert response_payload["trade"] == trade.to_JSON_string()
def test_bid(self):
payload = {"data": json.dumps({"energy": 12, "price": 32})}
self.external_redis._bid(payload)
assert len(self.test_market.bids) == 1
bid = list(self.test_market.bids.values())[0]
assert bid.price == 32
assert bid.energy == 12
assert bid.buyer == "test_area"
assert bid.seller == "parent_area"
self.external_redis.redis_db.publish.assert_called_once()
assert self.external_redis.redis_db.publish.call_args_list[0][0][0] == \
"parent-area/test-area/bid/response"
response_payload = json.loads(
self.external_redis.redis_db.publish.call_args_list[0][0][1])
assert response_payload["bid"] == bid.to_JSON_string()
def test_delete_bid(self):
bid1 = self.test_market.bid(1, 2, "B", "C", "B")
payload = {"data": json.dumps({"bid": bid1.id})}
self.external_redis._delete_bid(payload)
assert len(self.test_market.bids) == 0
self.external_redis.redis_db.publish.assert_called_once()
assert self.external_redis.redis_db.publish.call_args_list[0][0][0] == \
"parent-area/test-area/delete_bid/response"
@parameterized.expand([(2, ), (3, )])
def test_list_bids(self, market_type):
ConstSettings.IAASettings.MARKET_TYPE = market_type
bid1 = self.test_market.bid(1, 2, "test_area", "A", "test_area")
bid2 = self.test_market.bid(2, 3, "test_area", "B", "test_area")
bid3 = self.test_market.bid(3, 4, "test_area", "C", "test_area")
self.external_redis._list_bids("")
self.external_redis.redis_db.publish.assert_called_once()
assert self.external_redis.redis_db.publish.call_args_list[0][0][0] == \
"parent-area/test-area/bids/response"
response_payload = json.loads(
self.external_redis.redis_db.publish.call_args_list[0][0][1])
bids_list = response_payload["bid_list"]
assert len(bids_list) == 3
self._assert_dict_is_the_same_as_offer(bids_list[0], bid1)
self._assert_dict_is_the_same_as_offer(bids_list[1], bid2)
self._assert_dict_is_the_same_as_offer(bids_list[2], bid3)
def test_get_channel_list_fetches_correct_channel_names(self):
channel_list = self.external_strategy.get_channel_list()
assert set(channel_list["available_publish_channels"]) == {
"parent-area/test-area/offer",
"parent-area/test-area/delete_offer",
"parent-area/test-area/accept_offer",
"parent-area/test-area/offers"
}
assert set(channel_list["available_subscribe_channels"]) == {
"parent-area/test-area/market_cycle"
}
def test_market_bid_delete_missing(market: TwoSidedPayAsBid):
with pytest.raises(BidNotFound):
market.delete_bid("no such offer")
def test_market_bid_invalid(market: TwoSidedPayAsBid):
with pytest.raises(InvalidBid):
market.bid(10, -1, 'someone', 'noone', 'someone')
assert bid.seller == 'updated_seller'
assert bid.market == market
def test_market_offer_invalid(market: OneSidedMarket):
with pytest.raises(InvalidOffer):
market.offer(10, -1, 'someone')
def test_market_bid_invalid(market: TwoSidedPayAsBid):
with pytest.raises(InvalidBid):
market.bid(10, -1, 'someone', 'noone')
@pytest.mark.parametrize("market, offer", [
(TwoSidedPayAsBid(), "offer"),
(BalancingMarket(), "balancing_offer")
])
def test_market_offer_readonly(market, offer):
market.readonly = True
with pytest.raises(MarketReadOnlyException):
getattr(market, offer)(10, 10, 'A')
@pytest.mark.parametrize("market, offer", [
(TwoSidedPayAsBid(), "offer"),
(BalancingMarket(), "balancing_offer")
])
def test_market_offer_delete(market, offer):
offer = getattr(market, offer)(20, 10, 'someone')
market.delete_offer(offer)
def test_market_bid_delete_id(market: TwoSidedPayAsBid):
bid = market.bid(20, 10, 'someone', 'noone', 'someone')
assert bid.id in market.bids
market.delete_bid(bid.id)
assert bid.id not in market.bids
def market():
return TwoSidedPayAsBid(area=FakeArea("FakeArea"))
assert bid.buyer == 'updated_bidder'
assert bid.seller == 'updated_seller'
def test_market_offer_invalid(market: OneSidedMarket):
with pytest.raises(InvalidOffer):
market.offer(10, -1, 'someone', 'someone')
def test_market_bid_invalid(market: TwoSidedPayAsBid):
with pytest.raises(InvalidBid):
market.bid(10, -1, 'someone', 'noone', 'someone')
@pytest.mark.parametrize("market, offer", [
(TwoSidedPayAsBid(), "offer"),
(BalancingMarket(), "balancing_offer")
])
def test_market_offer_readonly(market, offer):
market.readonly = True
with pytest.raises(MarketReadOnlyException):
getattr(market, offer)(10, 10, 'A', 'A')
@pytest.mark.parametrize("market, offer", [
(TwoSidedPayAsBid(time_slot=now()), "offer"),
(BalancingMarket(time_slot=now()), "balancing_offer")
])
def test_market_offer_delete(market, offer):
offer = getattr(market, offer)(20, 10, 'someone', 'someone')
market.delete_offer(offer)
assert bid.buyer == 'updated_bidder'
assert bid.seller == 'updated_seller'
def test_market_offer_invalid(market: OneSidedMarket):
with pytest.raises(InvalidOffer):
market.offer(10, -1, 'someone')
def test_market_bid_invalid(market: TwoSidedPayAsBid):
with pytest.raises(InvalidBid):
market.bid(10, -1, 'someone', 'noone')
@pytest.mark.parametrize("market, offer", [
(TwoSidedPayAsBid(area=FakeArea("FakeArea", transfer_fee_pct=0)), "offer"),
(BalancingMarket(area=FakeArea("FakeArea", transfer_fee_pct=0)),
"balancing_offer")
])
def test_market_offer_readonly(market, offer):
market.readonly = True
with pytest.raises(MarketReadOnlyException):
getattr(market, offer)(10, 10, 'A')
@pytest.mark.parametrize("market, offer", [
(TwoSidedPayAsBid(area=FakeArea("FakeArea", transfer_fee_pct=0)), "offer"),
(BalancingMarket(area=FakeArea("FakeArea", transfer_fee_pct=0)),
"balancing_offer")
])
def test_market_offer_delete(market, offer):
