/// <summary>
/// Add codec for specified type, including support for null values
/// </summary>
/// <parameter name="typeCode">Type code, used to provide type-safe serialization as described in the "Serialization and data types" chapter in the manual</parameter>
public static void AddAndMakeNullable <T>(Deserializer deserializer, Serializer serializer, BitStreamTypeCode typeCode, bool replaceIfExists) where T : struct
{
Add <T>(deserializer, serializer, typeCode, replaceIfExists);
BitStreamTypeCode nullableTypeCode = (typeCode == BitStreamTypeCode.Undefined || typeCode == BitStreamTypeCode.MaxValue) ? BitStreamTypeCode.Undefined : typeCode + 1;
Add(typeof(T?).TypeHandle,
delegate(BitStream stream, object[] args) { return(_ReadNullable <T>(deserializer, stream, args)); },
delegate(BitStream stream, object value, object[] args) { _WriteNullable(serializer, stream, (T?)value, args); },
nullableTypeCode, replaceIfExists);
}
/// <summary>
/// Add codec for specified type, including support for arrays.
/// </summary>
/// <parameter name="typeCode">Type code, used to provide type-safe serialization as described in the "Serialization and data types" chapter in the manual</parameter>
public static void AddAndMakeArray <T>(Deserializer deserializer, Serializer serializer, BitStreamTypeCode typeCode, bool replaceIfExists)
{
Add <T>(deserializer, serializer, typeCode, replaceIfExists);
if (!typeof(T).IsArray)
{
BitStreamTypeCode arrayTypeCode = (typeCode == BitStreamTypeCode.Undefined || typeCode >= BitStreamTypeCode.ArrayType1) ? BitStreamTypeCode.Undefined : typeCode + (int)BitStreamTypeCode.ArrayType1;
Add(typeof(T).MakeArrayType().TypeHandle,
delegate(BitStream stream, object[] args) { return(_ReadArray <T>(deserializer, stream, args)); },
delegate(BitStream stream, object value, object[] args) { _WriteArray(serializer, stream, (T[])value, args); },
arrayTypeCode, replaceIfExists);
}
}
/// <summary>
/// Add codec for specified type, including support for null values and arrays
/// </summary>
/// <parameter name="typeCode">Type code, used to provide type-safe serialization as described in the "Serialization and data types" chapter in the manual</parameter>
public static void AddAndMakeNullableAndArray <T>(Deserializer deserializer, Serializer serializer, BitStreamTypeCode typeCode, bool replaceIfExists) where T : struct
{
AddAndMakeArray <T>(deserializer, serializer, typeCode, replaceIfExists);
BitStreamTypeCode nullableTypeCode = (typeCode == BitStreamTypeCode.Undefined || typeCode == BitStreamTypeCode.MaxValue) ? BitStreamTypeCode.Undefined : typeCode + 1;
Add(typeof(T?).TypeHandle,
delegate(BitStream stream, object[] args) { return(_ReadNullable <T>(deserializer, stream, args)); },
delegate(BitStream stream, object value, object[] args) { _WriteNullable(serializer, stream, (T?)value, args); },
nullableTypeCode, replaceIfExists);
if (!typeof(T?).IsArray)
{
BitStreamTypeCode arrayTypeCode = (typeCode == BitStreamTypeCode.Undefined || nullableTypeCode >= BitStreamTypeCode.ArrayType1) ? BitStreamTypeCode.Undefined : nullableTypeCode + (int)BitStreamTypeCode.ArrayType1;
Add(typeof(T?).MakeArrayType().TypeHandle,
delegate(BitStream stream, object[] args) { return(_ReadArray <T?>(deserializer, stream, args)); },
delegate(BitStream stream, object value, object[] args) { _WriteArray(serializer, stream, (T?[])value, args); },
arrayTypeCode, replaceIfExists);
}
}
public static void RegisterCodec <T>(BitStreamTypeCode typeCode, BitStreamCodec.SerializerHandler serializer, BitStreamCodec.DeserializerHandler deserializer)
{
BitStreamCodec.RegisterCodec <T>((byte)typeCode, serializer, deserializer);
}
private BitStreamCodec(Deserializer deserializer, Serializer serializer, BitStreamTypeCode typeCode)
{
this.deserializer = deserializer;
this.serializer = serializer;
this.typeCode = typeCode;
}
/// <summary>
/// Add codec for specified type
/// </summary>
/// <parameter name="typeCode">Type code, used to provide type-safe serialization as described in the "Serialization and data types" chapter in the manual</parameter>
public static void Add(RuntimeTypeHandle typeHandle, Deserializer deserializer, Serializer serializer, BitStreamTypeCode typeCode, bool replaceIfExists)
{
Add(typeHandle, new BitStreamCodec(deserializer, serializer, typeCode), replaceIfExists);
}
/// <summary>
/// Adds a serialization codec for the specified user-defined type.
/// </summary>
/// <parameter name="T">The type that should be serialized using this codec.</parameter>
/// <parameter name="deserializer">The deserializer function. Based on the uLink.BitStreamCodec.Deserializer delegate.</parameter>
/// <parameter name="serializer">The serializer function. Based on the uLink.BitStreamCodec.Serializer delegate.</parameter>
/// <parameter name="typeCode">Type code, used to provide type-safe serialization as described in the "Serialization and data types" chapter in the manual</parameter>
public static void Add <T>(Deserializer deserializer, Serializer serializer, BitStreamTypeCode typeCode, bool replaceIfExists)
{
Add(typeof(T).TypeHandle, deserializer, serializer, typeCode, replaceIfExists);
}
