public void CloneDelegateClosure()
{
var v = new int[] { 1, 2, 3 };
Func <int, int[]> fn = (int x) => v.Select(a => a + x).ToArray();
try
{
var fn2 = default(Func <int, int[]>);
Serializer.Clone(fn, ref fn2, new SerializationContext());
Assert.Fail("Should have thrown while attempting to clone Func");
}
catch (NotSupportedException ex)
{
Assert.IsTrue(ex.Message.StartsWith("Cannot clone Func"));
}
// register to allow IntPtr cloning in Func<int, int> and repeat - should now succeed
var serializers = new KnownSerializers();
serializers.Register <Func <int, int[]> >(CloningFlags.CloneIntPtrFields);
var fn3 = default(Func <int, int[]>);
Serializer.Clone(fn, ref fn3, new SerializationContext(serializers));
var res = fn3(10);
Assert.AreEqual(11, res[0]);
Assert.AreEqual(12, res[1]);
Assert.AreEqual(13, res[2]);
}
public void RegisterFlags()
{
var serializers = new KnownSerializers();
// register different flags for multiple types
serializers.Register <ClassWithIntPtr>(CloningFlags.CloneIntPtrFields);
serializers.Register <ClassWithPointer>(CloningFlags.ClonePointerFields);
serializers.Register <ClassWithNonSerialized>(CloningFlags.SkipNonSerializedFields);
serializers.Register <StructWithAll>(
CloningFlags.ClonePointerFields | CloningFlags.CloneIntPtrFields | CloningFlags.SkipNonSerializedFields);
Assert.AreEqual(CloningFlags.CloneIntPtrFields, serializers.GetCloningFlags(typeof(ClassWithIntPtr)));
Assert.AreEqual(CloningFlags.ClonePointerFields, serializers.GetCloningFlags(typeof(ClassWithPointer)));
Assert.AreEqual(CloningFlags.SkipNonSerializedFields, serializers.GetCloningFlags(typeof(ClassWithNonSerialized)));
Assert.AreEqual(
CloningFlags.ClonePointerFields | CloningFlags.CloneIntPtrFields | CloningFlags.SkipNonSerializedFields,
serializers.GetCloningFlags(typeof(StructWithAll)));
serializers = new KnownSerializers(); // new context
// registering with no flags is equivalent to None
serializers.Register <ClassWithPointer>();
serializers.Register <ClassWithPointer>(CloningFlags.None);
Assert.AreEqual(CloningFlags.None, serializers.GetCloningFlags(typeof(ClassWithPointer)));
serializers = new KnownSerializers(); // new context
// cannot re-register with different flags
serializers.Register <ClassWithPointer>(CloningFlags.ClonePointerFields);
Assert.ThrowsException <SerializationException>(
() => serializers.Register <ClassWithPointer>(CloningFlags.SkipNonSerializedFields));
Assert.AreEqual(CloningFlags.ClonePointerFields, serializers.GetCloningFlags(typeof(ClassWithPointer)));
serializers = new KnownSerializers(); // new context
// once a handler has been created, cannot register flags
var handler = serializers.GetHandler <ClassWithPointer>();
Assert.ThrowsException <SerializationException>(
() => serializers.Register <ClassWithPointer>(CloningFlags.ClonePointerFields));
}
public void CustomSerializer()
{
var c = new TypeWithPolymorphicField();
c.Name = "foo";
c.Enumerable = new List <int>();
BufferWriter bw = new BufferWriter(100);
var ks = new KnownSerializers();
ks.Register <TypeWithPolymorphicField, TestCustomSerializer>("some alternate name"); // include an alternate name just to exercise that code path
var sc = new SerializationContext(ks);
Serializer.Serialize(bw, c, sc);
sc.Reset();
TypeWithPolymorphicField c2 = null;
var br = new BufferReader(bw.Buffer);
Serializer.Deserialize(br, ref c2, sc);
Assert.AreEqual(c.Name, c2.Name);
}
public void CloneNonSerializedField()
{
var cls = new ClassWithNonSerialized {
Value = 1, Secret = 0x12345678
};
var cls2 = default(ClassWithNonSerialized);
Serializer.Clone(cls, ref cls2, new SerializationContext());
Assert.AreEqual(1, cls2.Value);
Assert.AreEqual(0x12345678, cls2.Secret);
// register to disable cloning of NonSerialized fields - field should be skipped
var serializers = new KnownSerializers();
serializers.Register <ClassWithNonSerialized>(CloningFlags.SkipNonSerializedFields);
var cls3 = default(ClassWithNonSerialized);
Serializer.Clone(cls, ref cls3, new SerializationContext(serializers));
Assert.AreEqual(1, cls3.Value);
Assert.AreEqual(default, cls3.Secret); // skipped NonSerialized field
