public void ProductToStringIsCorrect()
{
var p0 = new SampleProductType();
var p1 = new SampleProductType(1, "foo", null);
var p2 = new SampleProductType(2, "bar", p1);
Assert.Equal("SampleProductType()", p0.ToString());
Assert.Equal("SampleProductType(1, foo, null)", p1.ToString());
Assert.Equal("SampleProductType(2, bar, SampleProductType(1, foo, null))", p2.ToString());
}
public void ProductToStringIsCorrect()
{
var p0 = new SampleProductType();
var p1 = new SampleProductType(1, "foo", null);
var p2 = new SampleProductType(2, "bar", p1);
Assert.Equal("SampleProductType()", p0.ToString());
Assert.Equal("SampleProductType(1, foo, null)", p1.ToString());
Assert.Equal("SampleProductType(2, bar, SampleProductType(1, foo, null))", p2.ToString());
}
public void ProductHashCodeIsNotTrivial()
{
var p1 = new SampleProductType(1, "foo", true, null);
var p2 = new SampleProductType(2, "bar", false, new object());
var p3 = new SampleProductType(3, "baz", true, new object());
var h1 = p1.GetHashCode();
var h2 = p2.GetHashCode();
var h3 = p3.GetHashCode();
// Not all of them are equal. Testing three which should minimaze probability of collision no matter
// how it's actually implemented.
Assert.True(h1 != h2 || h1 != h3 || h2 != h3);
}
public void ProductHashCodeIsNotTrivial()
{
var p1 = new SampleProductType(1, "foo", true, null);
var p2 = new SampleProductType(2, "bar", false, new object());
var p3 = new SampleProductType(3, "baz", true, new object());
var h1 = p1.GetHashCode();
var h2 = p2.GetHashCode();
var h3 = p3.GetHashCode();
// Not all of them are equal. Testing three which should minimaze probability of collision no matter
// how it's actually implemented.
Assert.True(h1 != h2 || h1 != h3 || h2 != h3);
}