public void ShouldCalculateOhmLowWithTensionAndResitance_2()
{
var result = OhmLow.Calculate("50 Ohm et 2000 V");
Assert.AreEqual("40 A", result);
}
public void OnlyTowDigitAfterCommaShouldBeDisplayed()
{
var result = OhmLow.Calculate("10 V , 30 mA");
Assert.AreEqual("333.33 Ohm", result);
}
public void ShouldCalculateOhmLowWithTensionAndResitance()
{
var result = OhmLow.Calculate("100 V et 100 Ohm");
Assert.AreEqual("1 A", result);
}
public void IfCalculatingWithTensionAndZeroIntensityAnErrorShouldBeThrpwn()
{
Assert.Throws <OhmLawException>(() => OhmLow.Calculate("100 V et 0 A"));
}
public void ShouldDealWithMegaOutput()
{
var result = OhmLow.Calculate("1 A , 10 MOhm");
Assert.AreEqual("10 MV", result);
}
public void ShouldReconizeExpressionWithComma()
{
var result = OhmLow.Calculate("1 A , 100 Ohm");
Assert.AreEqual("100 V", result);
}
public void ShouldDealWithDigitAfter0InInput()
{
var result = OhmLow.Calculate("5 A et 10 V");
Assert.AreEqual("2 Ohm", result);
}
public void ShouldDealWithDigitAfter0InOutput()
{
var result = OhmLow.Calculate("1 A , 100 Ohm");
Assert.AreEqual("100 V", result);
}
public void ShouldDealWithMicroInOutput()
{
var result = OhmLow.Calculate("1 A , 100 µOhm");
Assert.AreEqual("100 µV", result);
}
public void ShouldDealWithKiloInput()
{
var result = OhmLow.Calculate("5 mA et 10 kOhm");
Assert.AreEqual("50 V", result);
}
public void ShouldDealWithMegaInInput()
{
var result = OhmLow.Calculate("5 µA et 10 MOhm");
Assert.AreEqual("50 V", result);
}
public void ShouldDealWithNoPuissanceInInput()
{
var result = OhmLow.Calculate("100 V et 10 A");
Assert.AreEqual("10 Ohm", result);
}
public void ShouldDealWithMiliInInput()
{
var result = OhmLow.Calculate("5 nA et 10 mV");
Assert.AreEqual("2 MOhm", result);
}
public void ShouldCalculateOhmLowWithTensionAndIntensity_2()
{
var result = OhmLow.Calculate("5 A et 10 V");
Assert.AreEqual("2 Ohm", result);
}
public void ShouldCalculateOhmLowWithResistanceAndIntensity_2()
{
var result = OhmLow.Calculate("1 A et 100 Ohm");
Assert.AreEqual("100 V", result);
}
public void ShouldDealWithMiliInOutput()
{
var result = OhmLow.Calculate("1 mA , 100 Ohm");
Assert.AreEqual("100 mV", result);
}
public void ShouldCalculateOhmLowWithTensionAndIntensity()
{
var result = OhmLow.Calculate("100 V et 10 A");
Assert.AreEqual("10 Ohm", result);
}
public void ShouldDealWithNoPuissanceInOutput()
{
var result = OhmLow.Calculate("1 mA , 100 kOhm");
Assert.AreEqual("100 V", result);
}
public void nospaceshouldnotbeanerrorinexpressionreconization()
{
var result = OhmLow.Calculate("1A , 100Ohm");
Assert.AreEqual("100 V", result);
}
public void lotOfSpacesShouldNotbeAnErrorInExpressionReconization()
{
var result = OhmLow.Calculate(" 1A et 100Ohm ");
Assert.AreEqual("100 V", result);
}
