private void TestIllegalNullDeserialization(FakeObjectProperty property, Type propertyType)
{
AssertEx.Throws <ArgumentException>(
() => TestDeserialization(property, null, null),
$"Value 'null' could not be assigned to property '{property}' of type '{propertyType}'. Null may only be assigned to properties of type 'System.String', 'System.Int32' and 'System.Double'."
);
}
private void TestIllegalDeserialization(FakeObjectProperty property, object value, Type expectedType)
{
AssertEx.Throws <ArgumentException>(
() => TestDeserialization(property, value, null),
$"Value '{value}' could not be assigned to property '{property}' Expected type: '{expectedType}'. Actual type: '{value.GetType()}'."
);
}
private void ExecuteWithTypeLookupInternal(FakeObjectProperty property, object value, params string[] expected)
{
var parameters = new FakeSetObjectPropertyParameters(e => ObjectPropertyParser.GetPropertyInfoViaTypeLookup(e));
parameters.AddValue(property, value, true);
AssertEx.AreEqualLists(parameters.CustomParameters.Select(p => p.ToString()).ToList(), expected.ToList(), "Parameter lists were not equal");
}
private void TestDeserialization(FakeObjectProperty property, object value, object expected)
{
var parser = new DynamicPropertyTypeParser(property, ObjectPropertyParser.GetPropertyInfoViaTypeLookup(property), value);
var result = parser.DeserializeValue();
Assert.AreEqual(expected, result);
}
private void TestArrayDeserialization(FakeObjectProperty property, object value, object expected)
{
var parser = new DynamicPropertyTypeParser(property, ObjectPropertyParser.GetPropertyInfoViaTypeLookup(property), value);
var result = parser.DeserializeValue();
if (result == null)
{
Assert.AreEqual(expected, result);
}
else
{
Assert.IsInstanceOfType(expected, typeof(string[]));
Assert.IsInstanceOfType(result, typeof(string[]));
AssertEx.AreEqualLists(((string[])expected).ToList(), (((string[])result).ToList()), "Expected and result were not equal");
}
}
private void ExecuteExceptionWithPropertyParameter <T>(FakeObjectProperty property, string message) where T : Exception
{
AssertEx.Throws <T>(() => ExecuteWithPropertyParameter(property), message);
}
private void ExecuteWithPropertyParameterInternal(FakeObjectProperty property, object value)
{
var parameters = new FakeSetObjectPropertyParameters(BaseSetObjectPropertyParameters <FakeObjectProperty> .GetPropertyInfoViaPropertyParameter <FakeSettings>);
parameters.AddValue(property, value, true);
}
private void ExecuteWithPropertyParameter(FakeObjectProperty property)
{
ExecuteWithPropertyParameterInternal(property, "value");
}
private void ExecuteExceptionWithTypeLookupAndValue <T>(FakeObjectProperty property, object value, string message) where T : Exception
{
AssertEx.Throws <T>(() => ExecuteWithTypeLookupInternal(property, value), message);
}
private void ExecuteExceptionWithTypeLookup <T>(FakeObjectProperty property, string message) where T : Exception
{
AssertEx.Throws <T>(() => ExecuteWithTypeLookup(property), message);
}
private void ExecuteWithTypeLookup(FakeObjectProperty property)
{
ExecuteWithTypeLookupInternal(property, "value");
}
private void ExecuteWithTypeLookup(FakeObjectProperty property, params string[] propertyName)
{
ExecuteWithTypeLookupInternal(property, "value", propertyName.Select(v => $"{v}=value").ToArray());
}
private void ExecuteWithTypeLookupInternal(FakeObjectProperty property, object value)
{
var parameters = new FakeSetObjectPropertyParameters(e => ObjectPropertyParser.GetPropertyInfoViaTypeLookup(e));
parameters.AddValue(property, value, true);
}
