public void Constuctor(double initPrefix, int initPostfix, double expectedPrefix, int expectedPostfix, int scale)
{
var n0 = new InfinityNumber(initPrefix, initPostfix, scale);
Assert.Equal(expectedPrefix, n0.Prefix);
Assert.Equal(expectedPostfix, n0.Postfix);
}
public void EmptyConstructor()
{
var n0 = new InfinityNumber();
Assert.Equal(0, n0.Prefix);
Assert.Equal(0, n0.Postfix);
}
public void Multiplying(double initPrefix, int initPostfix, double multiplier, double expectedPrefix, int expectedPostfix)
{
var n0 = new InfinityNumber(initPrefix, initPostfix);
var result = n0 * multiplier;
Assert.Equal(expectedPrefix, result.Prefix);
Assert.Equal(expectedPostfix, result.Postfix);
}
public void powers(string infinityNumber, int pow, string expectedResult)
{
var n0 = InfinityNumber.Parse(infinityNumber);
var result = n0 ^ pow;
var expected = InfinityNumber.Parse(expectedResult);
Assert.True(expected == result, " expected = " + expected + " actual = " + result);
}
public void StringConversion(string input, double expectedPrefix, int expectedPostfix, int scale)
{
var n0 = InfinityNumber.Parse(input);
n0.SetScale(scale);
Assert.Equal(expectedPrefix, n0.Prefix);
Assert.Equal(expectedPostfix, n0.Postfix);
}
public void DividingInfinityNumbers(double initPrefix1, int initPostfix1, double initPrefix2, int initPostfix2, double expectedPrefix, int expectedPostfix)
{
var n0 = new InfinityNumber(initPrefix1, initPostfix1);
var n1 = new InfinityNumber(initPrefix2, initPostfix2);
var result = n0 / n1;
Assert.Equal(expectedPrefix, result.Prefix);
Assert.Equal(expectedPostfix, result.Postfix);
}
public void Adding(double initPrefix, int initPostfix, double add, double expectedPrefix, int expectedPostfix, int scale)
{
var n0 = new InfinityNumber(initPrefix, initPostfix);
n0.SetScale(scale);
n0 += add;
Assert.Equal(expectedPrefix, n0.Prefix);
Assert.Equal(expectedPostfix, n0.Postfix);
}
