public void TestCustomSeparator()
{
var computator = new Computations();
//Given
string argument1 = "//#\n4#6#2";
//When
var result = computator.Calculate(argument1);
//Than
Assert.Equal(12, result, 5);
}
public void TestZeroIfEmpty()
{
var computator = new Computations();
//Given
string emptyString = string.Empty;
//When
var result = computator.Calculate(emptyString);
//Than
Assert.Equal(0, result, 5);
}
public void TestNegativeNumber()
{
var computator = new Computations();
//Given
string argument1 = "-3,4,5";
//When
//Than
Assert.Throws <ArgumentException>(() => computator.Calculate(argument1));
}
public void TestIgnoreBig()
{
var computator = new Computations();
//Given
string argument1 = "3000,1000,7";
//When
var result = computator.Calculate(argument1);
//Than
Assert.Equal(1007, result, 5);
}
public void TestSplitAndAdd3()
{
var computator = new Computations();
//Given
string argument1 = "3,45,7";
//When
var result = computator.Calculate(argument1);
//Than
Assert.Equal(55, result, 5);
}
public void TestReturnWithoutChange()
{
var computator = new Computations();
//Given
string argument1 = "4";
//When
var result = computator.Calculate(argument1);
//Than
Assert.Equal(4, result, 5);
}
public void TestNSeparator()
{
var computator = new Computations();
//Given
string argument1 = "3\n5\n2";
//When
var result = computator.Calculate(argument1);
//Than
Assert.Equal(10, result, 5);
}
public void TestManySeparators()
{
var computator = new Computations();
//Given
string argument1 = "//[##],[,],[???]\n5##88???2";
//When
var result = computator.Calculate(argument1);
//Than
Assert.Equal(95, result, 5);
}
public void TestSeparatorBig()
{
var computator = new Computations();
//Given
string argument1 = "//[###]\n2###3###3";
//When
var result = computator.Calculate(argument1);
//Than
Assert.Equal(8, result, 5);
}
