def RetornarCambio(moedaDestino, Valor):
if moedaDestino == 1:
return BRL.RealParaDollar(Valor)
elif moedaDestino == 2:
return Valor
elif moedaDestino == 3:
return BRL.RealParaPeso(Valor)
elif moedaDestino == 4:
return BRL.RealParaEuro(Valor)
elif moedaDestino == 5:
return BRL.RealParaLibra(Valor)
elif moedaDestino == 6:
return BRL.RealParaBitcoin(Valor)
def PesoParaLibra(pValor):
return (pValor / (GBP.LibraParaReal(1) * BRL.RealParaPeso(1)))
def PesoParaEuro(pValor):
return (pValor / (
(EUR.EuroParaDollar(1) * USD.DollarParaReal(1)) * BRL.RealParaPeso(1)))
def PesoParaDollar(pValor):
return pValor / (USD.DollarParaReal(1) * BRL.RealParaPeso(1))
def test_RealParaBitcoin(self):
result = round(BRL.RealParaBitcoin(60455))
expected = 1
self.assertEqual(result, expected)
def test_RealParaLibra(self):
result = round(BRL.RealParaLibra(60.00), 2)
expected = 8.29
self.assertEqual(result, expected)
def test_RealParaEuro(self):
result = round(BRL.RealParaEuro(5.00), 2)
expected = 0.75
self.assertEqual(result, expected)
def test_RealParaPeso(self):
result = round(BRL.RealParaPeso(10.00), 2)
expected = 142.86
self.assertEqual(result, expected)
def test_RealParaDollar(self):
result = round(BRL.RealParaDollar(50.30), 2)
expected = 8.90
self.assertEqual(result, expected)
def DollarParaPeso(pValor):
return pValor * (DollarParaReal(1) * BRL.RealParaPeso(1))
def LibraParaPeso(pValor):
return pValor * (LibraParaReal(1) * BRL.RealParaPeso(1))
def EuroParaPeso(pValor):
return pValor * (EuroParaDollar(1) * USD.DollarParaReal(1) *
BRL.RealParaPeso(1))