public void test_validator_passes_on_empty_array()
{
var instance = new ValidatorTestTypeOne()
{
two = new ValidatorTestTypeTwo[] {},
three = new ValidatorTestTypeThree()
{
value = 10.0,
str = ""
}
};
var valid = Fixture().Validate(instance);
Assert(valid.IsOk);
}
public void test_validator_works()
{
var instance = new ValidatorTestTypeOne()
{
two = new ValidatorTestTypeTwo[]
{
new ValidatorTestTypeTwo()
{
three = new ValidatorTestTypeThree[]
{
new ValidatorTestTypeThree()
{
value = 10.0,
str = ""
},
new ValidatorTestTypeThree()
{
value = 10.0,
str = ""
}
},
offset = 100,
value = "Hello World"
},
new ValidatorTestTypeTwo()
{
three = new ValidatorTestTypeThree[]
{
new ValidatorTestTypeThree()
{
value = 10.0,
str = ""
}
},
offset = 100,
value = "Hello World"
},
},
three = new ValidatorTestTypeThree()
{
value = 10.0,
str = ""
}
};
Assert(Fixture().Validate(instance).IsOk);
}
public void test_validator_fails_on_null_array()
{
var instance = new ValidatorTestTypeOne()
{
two = null,
three = new ValidatorTestTypeThree()
{
value = 10.0,
str = ""
}
};
var valid = Fixture().Validate(instance);
Assert(valid.IsErr);
var errors = valid.Err.Unwrap();
Assert(errors.Length == 1);
Assert(errors[0].name == "two");
}
public void test_validator_fails_on_empty_array_item()
{
var instance = new ValidatorTestTypeOne()
{
two = new ValidatorTestTypeTwo[]
{
new ValidatorTestTypeTwo()
{
three = new ValidatorTestTypeThree[]
{
new ValidatorTestTypeThree()
{
value = 10.0,
str = ""
},
null,
new ValidatorTestTypeThree()
{
value = 10.0
}
},
offset = 100
}
},
three = new ValidatorTestTypeThree()
{
value = 10.0,
str = ""
}
};
var valid = Fixture().Validate(instance);
Assert(valid.IsErr);
var errors = valid.Err.Unwrap();
Assert(errors.Length == 3);
}
