public void Should_Serialize_Fields()
{
var mapping = ObjectSerializationMapper.Create()
.FromType <FieldTestClass>()
.PublicFields()
.Map();
var serializationOps = ObjectSerializerCompiler.CompileSerializationOps(mapping).ToList().AsReadOnly();
var context = ObjectSerializerInterpreter.InterpretObjectSerializationNullContext(
typeof(FieldTestClass),
serializationOps,
ObjectSerializerProgram.GetOpValueSerializerTypes(serializationOps).ToList().AsReadOnly()
);
var serializeDelegate = ObjectSerializerInterpreter.InterpretDynamicSerializeDelegate(
context,
typeof(FieldTestClass),
serializationOps
);
var testObject = new FieldTestClass()
{
X = 1500, Y = 37500
};
var buffer = new byte[8];
serializeDelegate(context, testObject, buffer, 0);
Assert.Equal(testObject.X, MemoryMapper.ReadInt(buffer, 0));
Assert.Equal(testObject.Y, MemoryMapper.ReadInt(buffer, sizeof(int)));
}
public void TestFieldParseMethodForObject()
{
// Prepare
var obj = new FieldTestClass();
var fields = obj
.GetType()
.GetProperties()
.AsFields()
.AsList();
// Act
var parsed = Field.Parse(obj);
// Assert
Assert.AreEqual(3, parsed.Count());
Assert.IsTrue(parsed.All(field => fields.Contains(field)));
}
