def test_poly_line_from_tupples():
demand_curve = create_demand_curve()
tupples = demand_curve.points
new_curve = PolyLineFactory.fromTupples(tupples)
expected_length = len(demand_curve.points)
actual_length = len(new_curve.points)
assert actual_length == expected_length
def test_poly_line_from_tupples():
demand_curve = create_demand_curve()
tupples = demand_curve.points
new_curve = PolyLineFactory.fromTupples(tupples)
expected_length = len(demand_curve.points)
actual_length = len(new_curve.points)
assert actual_length == expected_length
def test_poly_line_combine_demand():
demand_curve = create_demand_curve()
curves = [demand_curve, demand_curve]
combined_curves = PolyLineFactory.combine(curves, 100)
assert combined_curves.min_x() == 0
assert combined_curves.max_x() == 2000
assert combined_curves.min_y() == 0
assert combined_curves.max_y() == 1000
def test_poly_line_combine_supply():
supply_curve = create_supply_curve()
curves = [supply_curve, supply_curve]
combined_curves = PolyLineFactory.combine(curves, 100)
assert combined_curves.min_x() == 0
assert combined_curves.max_x() == 2000
assert combined_curves.min_y() == 0
assert combined_curves.max_y() == 1000
def test_poly_line_combine_demand():
demand_curve = create_demand_curve()
curves = [demand_curve, demand_curve]
combined_curves = PolyLineFactory.combine(curves, 100)
assert combined_curves.min_x() == 0
assert combined_curves.max_x() == 2000
assert combined_curves.min_y() == 0
assert combined_curves.max_y() == 1000
def test_poly_line_combine_supply():
supply_curve = create_supply_curve()
curves = [supply_curve, supply_curve]
combined_curves = PolyLineFactory.combine(curves, 100)
assert combined_curves.min_x() == 0
assert combined_curves.max_x() == 2000
assert combined_curves.min_y() == 0
assert combined_curves.max_y() == 1000
def match_report_aggregate(self, peer, sender, bus, topic, headers, message):
timestamp = utils.parse_timestamp_string(message[0])
market_name = message[1]
buyer_seller = message[2]
aggregate_curve_points = message[3]
decoded_message = "Timestamp: {} Market: {} {} Curve: {}".format(timestamp, market_name, buyer_seller, aggregate_curve_points)
self.log_event("match_report_aggregate", peer, sender, bus, topic, headers, decoded_message)
aggregate_curve = PolyLineFactory.fromTupples(aggregate_curve_points)
self.registrations.report_aggregate(timestamp, market_name, buyer_seller, aggregate_curve)
def accept_offer(self, buyer_seller, identity, market_name, offer):
_log.info("Offer on Market: {} {} made by {} was accepted.".format(market_name, buyer_seller, identity))
participant = MarketParticipant(buyer_seller, identity)
curve = PolyLineFactory.fromTupples(offer)
self.market_list.make_offer(market_name, participant, curve)
def _aggregate(self, collection):
curve = PolyLineFactory.combine(collection, self.increment)
return curve
def accept_offer(self, buyer_seller, identity, market_name, offer):
_log.info("Offer on Market: {} {} made by {} was accepted.".format(market_name, buyer_seller, identity))
participant = MarketParticipant(buyer_seller, identity)
curve = PolyLineFactory.fromTupples(offer)
self.market_list.make_offer(market_name, participant, curve)
def _aggregate(self, collection):
curve = PolyLineFactory.combine(collection, self.increment)
return curve
def _aggregate(self, collection):
# curve = PolyLineFactory.combine(collection, self.increment)
curve = PolyLineFactory.combine_withoutincrement(collection)
return curve