public void Multiplication_ArithmeticWrappedType_Succeeds()
{
var _SUT1 = new ArithmeticSemanticType <int>(_TestInt);
var _SUT2 = new ArithmeticSemanticType <int>(_OtherTestInt);
Assert.That(_SUT1 * _SUT2 == _TestInt * _OtherTestInt);
Assert.That(_SUT1 * _OtherTestInt == _TestInt * _OtherTestInt);
Assert.That(_TestInt * _SUT2 == _TestInt * _OtherTestInt);
}
public void Subtraction_ArithmeticWrappedType_Succeeds()
{
var _SUT1 = new ArithmeticSemanticType <int>(_TestInt);
var _SUT2 = new ArithmeticSemanticType <int>(_OtherTestInt);
Assert.That(_SUT1 - _SUT2 == _TestInt - _OtherTestInt);
Assert.That(_SUT1 - _OtherTestInt == _TestInt - _OtherTestInt);
Assert.That(_TestInt - _SUT2 == _TestInt - _OtherTestInt);
}
public void Division_ArithmeticWrappedType_Succeeds()
{
var _SUT1 = new ArithmeticSemanticType <int>(_TestInt);
var _SUT2 = new ArithmeticSemanticType <int>(_OtherTestInt);
Assert.That(_SUT1 / _SUT2 == _TestInt / _OtherTestInt);
Assert.That(_SUT1 / _OtherTestInt == _TestInt / _OtherTestInt);
Assert.That(_TestInt / _SUT2 == _TestInt / _OtherTestInt);
}
public void Subtraction_ArithmeticWrappedType_Succeeds()
{
var _SUT1 = new ArithmeticSemanticType<int>(_TestInt);
var _SUT2 = new ArithmeticSemanticType<int>(_OtherTestInt);
Assert.That(_SUT1 - _SUT2 == _TestInt - _OtherTestInt);
Assert.That(_SUT1 - _OtherTestInt == _TestInt - _OtherTestInt);
Assert.That(_TestInt - _SUT2 == _TestInt - _OtherTestInt);
}
public void Subtraction_NonArithmeticWrappedType_Throws()
{
var testClass1 = new TestClass();
var _SUT1 = new ArithmeticSemanticType <TestClass>(testClass1);
var _SUT2 = new ArithmeticSemanticType <TestClass>(new TestClass());
Assert.Throws <SimpleSemanticTypeException>(() =>
{
var result = _SUT1 - _SUT2;
});
Assert.Throws <SimpleSemanticTypeException>(() =>
{
var result = _SUT1 - testClass1;
});
Assert.Throws <SimpleSemanticTypeException>(() =>
{
var result = testClass1 - _SUT1;
});
}
public void Addition_NonArithmeticWrappedType_Throws()
{
var testClass1 = new TestClass();
var _SUT1 = new ArithmeticSemanticType<TestClass>(testClass1);
var _SUT2 = new ArithmeticSemanticType<TestClass>(new TestClass());
Assert.Throws<SimpleSemanticTypeException>(() =>
{
var result = _SUT1 + _SUT2;
});
Assert.Throws<SimpleSemanticTypeException>(() =>
{
var result = _SUT1 + testClass1;
});
Assert.Throws<SimpleSemanticTypeException>(() =>
{
var result = testClass1 + _SUT1;
});
}
public void Addition_ReferenceTypeNull_HandledCorrectly()
{
var _SUT1 = new ArithmeticSemanticType <TestClass>(new TestClass());
Assert.Throws <NullReferenceException>(() =>
{
var result = _SUT1 + (ArithmeticSemanticType <TestClass>)null;
});
Assert.Throws <NullReferenceException>(() =>
{
var result = (ArithmeticSemanticType <TestClass>)null + _SUT1;
});
Assert.Throws <NullReferenceException>(() =>
{
var result = _SUT1 + (TestClass)null;
});
Assert.Throws <NullReferenceException>(() =>
{
var result = (TestClass)null + _SUT1;
});
}
public void Addition_ReferenceTypeNull_HandledCorrectly()
{
var _SUT1 = new ArithmeticSemanticType<TestClass>(new TestClass());
Assert.Throws<NullReferenceException>(() =>
{
var result = _SUT1 + (ArithmeticSemanticType<TestClass>)null;
});
Assert.Throws<NullReferenceException>(() =>
{
var result = (ArithmeticSemanticType<TestClass>)null + _SUT1;
});
Assert.Throws<NullReferenceException>(() =>
{
var result = _SUT1 + (TestClass)null;
});
Assert.Throws<NullReferenceException>(() =>
{
var result = (TestClass)null + _SUT1;
});
}
public void Division_ArithmeticWrappedType_Succeeds()
{
var _SUT1 = new ArithmeticSemanticType<int>(_TestInt);
var _SUT2 = new ArithmeticSemanticType<int>(_OtherTestInt);
Assert.That(_SUT1 / _SUT2 == _TestInt / _OtherTestInt);
Assert.That(_SUT1 / _OtherTestInt == _TestInt / _OtherTestInt);
Assert.That(_TestInt / _SUT2 == _TestInt / _OtherTestInt);
}
public void Multiplication_ArithmeticWrappedType_Succeeds()
{
var _SUT1 = new ArithmeticSemanticType<int>(_TestInt);
var _SUT2 = new ArithmeticSemanticType<int>(_OtherTestInt);
Assert.That(_SUT1 * _SUT2 == _TestInt * _OtherTestInt);
Assert.That(_SUT1 * _OtherTestInt == _TestInt * _OtherTestInt);
Assert.That(_TestInt * _SUT2 == _TestInt * _OtherTestInt);
}
