public void ReachAllFieldsOfAllTypes()
{
// # Arrange.
var pr = new PseudoRandom(nameof(ReachAllFieldsOfAllTypes));
dynamic sut = new ReachIn(typeof(MyStaticBaseClassWithTypes));
// # Act and Assert.
var anyIntValue = pr.Int();
sut._myPrivateStaticIntField = anyIntValue;
// We have a problem here with FluentAssertions where it, runtime, throws an exception even though the parameters are equal.
//sut._myPrivateStaticIntField.Should().be(anyIntValue);
Assert.Equal(anyIntValue, sut._myPrivateStaticIntField);
var anyStringValue = pr.String();
sut._myPrivateStaticStringField = anyStringValue;
// We have a problem here with FluentAssertions where it, runtime, throws an exception even though the parameters are equal.
//sut._myPrivateStaticStringField.Should().Be(anyStringValue);
Assert.Equal(anyStringValue, sut._myPrivateStaticStringField);
var anyLongValue = pr.PositiveLong();
sut._myPrivateStaticLongField = anyLongValue;
// We have a problem here with FluentAssertions where it, runtime, throws an exception even though the parameters are equal.
//sut._myPrivateStaticLongField.Should().be(anyLongValue);
Assert.Equal(anyLongValue, sut._myPrivateStaticLongField);
var anyObject =
new
{
FieldOne = pr.Int(),
};
sut._myPrivateStaticObjectField = anyObject;
// We have a problem here with FluentAssertions where it, runtime, throws an exception even though the parameters are equal.
//sut._myPrivateStaticObjectField.FieldOne.Should().Be(anyObject.FieldOne);
Assert.Equal(anyObject.FieldOne, sut._myPrivateStaticObjectField.FieldOne);
// If there is any other type to test, this is the place to add.
}