from unittest import TestCase from tests.common import fake_public_ads, expected_to_update from markets import Markets from sources.agora import Agora class TestMarkets(TestCase): def setUp(self): self.markets = Markets() self.agora = Agora() def test_autoprice(self): ads = [ ["2b6dba4d-c9db-48f2-adba-4dc9dba8f2a0", "Xpoterlolipop", "182.80", "REVOLUT", "XMR", "USD", 1.18], ["57e3e8d6-45fe-40da-a3e8-d645fe20da46", "SecureMole", "183.26", "REVOLUT", "XMR", "USD", 1.19], ["87af6467-be02-476e-af64-67be02676e9a", "topmonero", "183.42", "REVOLUT", "XMR", "USD", 1.19], ["65b452e3-a29f-4233-b452-e3a29fe23369", "topmonero", "183.42", "REVOLUT", "XMR", "USD", 1.19], ["d2c6645c-6d56-4094-8664-5c6d5640941b", "topmonero", "183.42", "REVOLUT", "XMR", "USD", 1.19], ] currency = "EUR" margin = self.markets.autoprice(ads, currency) expected_margin = 1.18 self.assertEqual(margin, expected_margin) def test_get_new_ad_equation(self): to_update = self.markets.get_new_ad_equations(fake_public_ads) self.assertCountEqual(to_update, expected_to_update) res_xmr = self.markets.get_new_ad_equations(fake_public_ads, ["XMR"]) expected_xmr_to_update = [x for x in expected_to_update if x[2] == "XMR"] self.assertCountEqual(res_xmr, expected_xmr_to_update) res_btc = self.markets.get_new_ad_equations(fake_public_ads, ["BTC"]) expected_btc_to_update = [x for x in expected_to_update if x[2] == "BTC"] self.assertCountEqual(res_btc, expected_btc_to_update) res_both = self.markets.get_new_ad_equations(fake_public_ads, ["XMR", "BTC"]) self.assertCountEqual(res_both, expected_to_update)