def test_save_fiat_and_reset(self): self.assertEqual(False, Abstract_Wallet.set_fiat_value(self.wallet, txid, ccy, '1000.01', self.fx, self.value_sat)) saved = self.fiat_value[ccy][txid] self.assertEqual('1,000.01', self.fx.ccy_amount_str(Decimal(saved), commas=True)) self.assertEqual(True, Abstract_Wallet.set_fiat_value(self.wallet, txid, ccy, '', self.fx, self.value_sat)) self.assertNotIn(txid, self.fiat_value[ccy]) # even though we are not setting it to the exact fiat value according to the exchange rate, precision is truncated away self.assertEqual(True, Abstract_Wallet.set_fiat_value(self.wallet, txid, ccy, '1,000.002', self.fx, self.value_sat))
def setUp(self): self.value_sat = COIN self.fiat_value = {} self.wallet = FakeWallet(fiat_value=self.fiat_value) self.fx = FakeFxThread(FakeExchange(Decimal('1000.001'))) default_fiat = Abstract_Wallet.default_fiat_value(self.wallet, txid, self.fx, self.value_sat) self.assertEqual(Decimal('1000.001'), default_fiat) self.assertEqual('1,000.00', self.fx.ccy_amount_str(default_fiat, commas=True))
def setUp(self): super().setUp() self.value_sat = COIN self.fiat_value = {} self.wallet = FakeWallet(fiat_value=self.fiat_value) self.fx = FakeFxThread(FakeExchange(Decimal('1000.001'))) default_fiat = Abstract_Wallet.default_fiat_value(self.wallet, txid, self.fx, self.value_sat) self.assertEqual(Decimal('1000.001'), default_fiat) self.assertEqual('1,000.00', self.fx.ccy_amount_str(default_fiat, commas=True))
def test_save_garbage(self): self.assertEqual(False, Abstract_Wallet.set_fiat_value(self.wallet, txid, ccy, 'garbage', self.fx, self.value_sat)) self.assertNotIn(ccy, self.fiat_value)
def test_empty_resets(self): self.assertEqual(True, Abstract_Wallet.set_fiat_value(self.wallet, txid, ccy, '', self.fx, self.value_sat)) self.assertNotIn(ccy, self.fiat_value)
def test_too_high_precision_value_resets_with_no_saved_value(self): self.assertEqual(True, Abstract_Wallet.set_fiat_value(self.wallet, txid, ccy, '1,000.001', self.fx, self.value_sat))