def test_converters_creation(self):
cconv = cc.parse_input('100 eur in pln gbp')
converters = tuple(cc.create_conversions(cconv))
self.assertEqual(len(converters), 2)
eur_pln_converter = converters[0]
self.assertEqual(eur_pln_converter.currency_from, 'EUR')
self.assertEqual(eur_pln_converter.currency_to, 'PLN')
self.assertEqual(eur_pln_converter.amount, 100)
eur_gbp_converter = converters[1]
self.assertEqual(eur_gbp_converter.currency_from, 'EUR')
self.assertEqual(eur_gbp_converter.currency_to, 'GBP')
self.assertEqual(eur_gbp_converter.amount, 100)
def test_converters_creation(self):
cconv = cc.parse_input('100 eur in pln gbp')
converters = tuple(cc.create_conversions(cconv))
self.assertEqual(len(converters), 2)
eur_pln_converter = converters[0]
self.assertEqual(eur_pln_converter.currency_from, 'EUR')
self.assertEqual(eur_pln_converter.currency_to, 'PLN')
self.assertEqual(eur_pln_converter.amount, 100)
eur_gbp_converter = converters[1]
self.assertEqual(eur_gbp_converter.currency_from, 'EUR')
self.assertEqual(eur_gbp_converter.currency_to, 'GBP')
self.assertEqual(eur_gbp_converter.amount, 100)
def test_alternative_separator(self):
cconv = cc.parse_input('100 eur gbp > jpy')
self.assertEqual(cconv.to_convert_from, ('EUR', 'GBP'))
self.assertEqual(cconv.to_convert_to, ('JPY', ))
def test_2_in_1(self):
cconv = cc.parse_input('100 eur gbp in jpy')
self.assertEqual(cconv.to_convert_from, ('EUR', 'GBP'))
self.assertEqual(cconv.to_convert_to, ('JPY', ))
def test_1_in_2(self):
cconv = cc.parse_input('100 eur in gbp jpy')
self.assertEqual(cconv.to_convert_from, ('EUR', ))
self.assertEqual(cconv.to_convert_to, ('GBP', 'JPY'))
def test_three_currencies(self):
cconv = cc.parse_input('100 eur gbp jpy')
self.assertEqual(cconv.to_convert_from, ('EUR', ))
self.assertEqual(cconv.to_convert_to, ('GBP', 'JPY'))
def test_one_currency(self):
cconv = cc.parse_input('100 eur')
self.assertEqual(cconv.to_convert_from, ('EUR', ))
self.assertEqual(cconv.to_convert_to, self.default_to)
def test_defaults(self):
cconv = cc.parse_input('')
self.assertEqual(cconv.amount, self.default_amount)
self.assertEqual(cconv.to_convert_from, self.default_from)
self.assertEqual(cconv.to_convert_to, self.default_to)
def test_defaults(self):
cconv = cc.parse_input('')
self.assertEqual(cconv.amount, self.default_amount)
self.assertEqual(cconv.to_convert_from, self.default_from)
self.assertEqual(cconv.to_convert_to, self.default_to)
def test_online_conversion(self):
cconv = cc.parse_input('100 eur in pln')
converter = tuple(cc.create_conversions(cconv))[0]
self.assertTrue(isinstance(converter.converted_amount, float))
def test_alternative_separator(self):
cconv = cc.parse_input('100 eur gbp > jpy')
self.assertEqual(cconv.to_convert_from, ('EUR', 'GBP'))
self.assertEqual(cconv.to_convert_to, ('JPY', ))
def test_2_in_1(self):
cconv = cc.parse_input('100 eur gbp in jpy')
self.assertEqual(cconv.to_convert_from, ('EUR', 'GBP'))
self.assertEqual(cconv.to_convert_to, ('JPY', ))
def test_1_in_2(self):
cconv = cc.parse_input('100 eur in gbp jpy')
self.assertEqual(cconv.to_convert_from, ('EUR', ))
self.assertEqual(cconv.to_convert_to, ('GBP', 'JPY'))
def test_three_currencies(self):
cconv = cc.parse_input('100 eur gbp jpy')
self.assertEqual(cconv.to_convert_from, ('EUR', ))
self.assertEqual(cconv.to_convert_to, ('GBP', 'JPY'))
def test_one_currency(self):
cconv = cc.parse_input('100 eur')
self.assertEqual(cconv.to_convert_from, ('EUR', ))
self.assertEqual(cconv.to_convert_to, self.default_to)
def test_amount(self):
cconv = cc.parse_input('1 PLN GBP')
self.assertEqual(cconv.amount, 1)
cconv = cc.parse_input('100.25')
self.assertEqual(cconv.amount, 100.25)
def test_online_conversion(self):
cconv = cc.parse_input('100 eur in pln')
converter = tuple(cc.create_conversions(cconv))[0]
self.assertTrue(isinstance(converter.converted_amount, float))
def test_amount(self):
cconv = cc.parse_input('1 PLN GBP')
self.assertEqual(cconv.amount, 1)
cconv = cc.parse_input('100.25')
self.assertEqual(cconv.amount, 100.25)
