public Color4InStreamReader(Color4InStream stream, RGBAColor *pData)
: base(stream)
{
FPData = pData;
}
public StreamRegistry()
{
int * pLength;
double ** ppDoubleData;
float ** ppFloatData;
Func <bool> validateFunc;
PluginHostExtensions.RegisterPinAttributeConfigForType(typeof(Vector2), float.MinValue, float.MaxValue, 0.01, false, 2);
PluginHostExtensions.RegisterPinAttributeConfigForType(typeof(Vector3), float.MinValue, float.MaxValue, 0.01, false, 3);
PluginHostExtensions.RegisterPinAttributeConfigForType(typeof(Vector4), float.MinValue, float.MaxValue, 0.01, false, 4);
PluginHostExtensions.RegisterPinAttributeConfigForType(typeof(Quaternion), float.MinValue, float.MaxValue, 0.01, false, 4);
PluginHostExtensions.RegisterPinAttributeConfigForType(typeof(Color4), 0, 1, 0.01, false, 1);
RegisterInput(typeof(IInStream <Vector2>), (factory, context) =>
{
var container = GetValueContainer(factory, context, out pLength, out ppDoubleData, out validateFunc);
var stream = new Vector2InStream(pLength, ppDoubleData, validateFunc);
if (context.IOAttribute.AutoValidate && context.IOAttribute.CheckIfChanged)
{
// In order to manage the IsChanged flag on the stream
return(IOContainer.Create(context, stream, container, s => s.Sync()));
}
else
{
return(IOContainer.Create(context, stream, container));
}
});
RegisterInput(typeof(IInStream <Vector3>), (factory, context) =>
{
var container = GetValueContainer(factory, context, out pLength, out ppDoubleData, out validateFunc);
var stream = new Vector3InStream(pLength, ppDoubleData, validateFunc);
if (context.IOAttribute.AutoValidate && context.IOAttribute.CheckIfChanged)
{
// In order to manage the IsChanged flag on the stream
return(IOContainer.Create(context, stream, container, s => s.Sync()));
}
else
{
return(IOContainer.Create(context, stream, container));
}
});
RegisterInput(typeof(IInStream <Vector4>), (factory, context) =>
{
var container = GetValueContainer(factory, context, out pLength, out ppDoubleData, out validateFunc);
var stream = new Vector4InStream(pLength, ppDoubleData, validateFunc);
if (context.IOAttribute.AutoValidate && context.IOAttribute.CheckIfChanged)
{
// In order to manage the IsChanged flag on the stream
return(IOContainer.Create(context, stream, container, s => s.Sync()));
}
else
{
return(IOContainer.Create(context, stream, container));
}
});
RegisterInput(typeof(IInStream <Quaternion>), (factory, context) =>
{
var container = GetValueContainer(factory, context, out pLength, out ppDoubleData, out validateFunc);
var stream = new QuaternionInStream(pLength, ppDoubleData, validateFunc);
if (context.IOAttribute.AutoValidate && context.IOAttribute.CheckIfChanged)
{
// In order to manage the IsChanged flag on the stream
return(IOContainer.Create(context, stream, container, s => s.Sync()));
}
else
{
return(IOContainer.Create(context, stream, container));
}
});
RegisterInput(typeof(IInStream <Color4>), (factory, context) =>
{
var container = GetColorContainer(factory, context, out pLength, out ppDoubleData, out validateFunc);
var stream = new Color4InStream(pLength, (RGBAColor **)ppDoubleData, validateFunc);
if (context.IOAttribute.AutoValidate && context.IOAttribute.CheckIfChanged)
{
// In order to manage the IsChanged flag on the stream
return(IOContainer.Create(context, stream, container, s => s.Sync()));
}
else
{
return(IOContainer.Create(context, stream, container));
}
});
RegisterInput(typeof(IInStream <Matrix>), (factory, context) =>
{
var container = GetMatrixContainer(factory, context, out pLength, out ppFloatData, out validateFunc);
var stream = new MatrixInStream(pLength, (Matrix **)ppFloatData, validateFunc);
if (context.IOAttribute.AutoValidate && context.IOAttribute.CheckIfChanged)
{
// In order to manage the IsChanged flag on the stream
return(IOContainer.Create(context, stream, container, s => s.Sync()));
}
else
{
return(IOContainer.Create(context, stream, container));
}
});
RegisterInput <IInStream <Path> >((factory, context) =>
{
var attribute = context.IOAttribute;
var stream = new PathInStream(factory, attribute);
if (attribute.AutoValidate)
{
return(GenericIOContainer.Create(context, factory, stream, s => s.Sync(), s => s.Flush()));
}
else
{
return(GenericIOContainer.Create(context, factory, stream, null, s => s.Flush()));
}
});
RegisterInput <IInStream <IMouse> >((factory, context) =>
{
var attribute = context.IOAttribute;
var stream = new MouseInStream(factory, attribute);
if (attribute.AutoValidate)
{
return(GenericIOContainer.Create(context, factory, stream, s => s.Sync(), s => s.Flush()));
}
else
{
return(GenericIOContainer.Create(context, factory, stream, null, s => s.Flush()));
}
});
RegisterInput <IInStream <IKeyboard> >((factory, context) =>
{
var attribute = context.IOAttribute;
var stream = new KeyboardInStream(factory, attribute);
if (attribute.AutoValidate)
{
return(GenericIOContainer.Create(context, factory, stream, s => s.Sync(), s => s.Flush()));
}
else
{
return(GenericIOContainer.Create(context, factory, stream, null, s => s.Flush()));
}
});
RegisterInput <IInStream <IGestureDevice> >((factory, context) =>
{
var attribute = context.IOAttribute;
var stream = new GestureInStream(factory, attribute);
if (attribute.AutoValidate)
{
return(GenericIOContainer.Create(context, factory, stream, s => s.Sync(), s => s.Flush()));
}
else
{
return(GenericIOContainer.Create(context, factory, stream, null, s => s.Flush()));
}
});
RegisterInput <IInStream <ITouchDevice> >((factory, context) =>
{
var attribute = context.IOAttribute;
var stream = new TouchInStream(factory, attribute);
if (attribute.AutoValidate)
{
return(GenericIOContainer.Create(context, factory, stream, s => s.Sync(), s => s.Flush()));
}
else
{
return(GenericIOContainer.Create(context, factory, stream, null, s => s.Flush()));
}
});
RegisterInput <IInStream <IResourceProvider <Stream> > >(
(factory, context) =>
{
var container = factory.CreateIOContainer(context.ReplaceIOType(typeof(IRawIn)));
var rawIn = container.RawIOObject as IRawIn;
var stream = new ResourceProviderInStream(rawIn);
// Using MemoryIOStream -> needs to be synced on managed side.
if (context.IOAttribute.AutoValidate)
{
return(IOContainer.Create(context, stream, container, s => s.Sync()));
}
else
{
return(IOContainer.Create(context, stream, container));
}
});
// IInStream<IEnumerable<T>> and IInStream<Spread<T>>
RegisterInput(typeof(IInStream <>), (factory, context) =>
{
var t = context.DataType;
var attribute = context.IOAttribute;
var genericArgument = t.GetGenericArguments()[0];
var multiDimStreamType = (t.GetGenericTypeDefinition() == typeof(IEnumerable <>) ? typeof(MultiDimEnumerableInStream <>) : typeof(MultiDimSpreadInStream <>))
.MakeGenericType(genericArgument);
var stream = Activator.CreateInstance(multiDimStreamType, factory, attribute.Clone()) as IInStream;
if (attribute.AutoValidate)
{
return(GenericIOContainer.Create(context, factory, stream, s => s.Sync()));
}
else
{
return(GenericIOContainer.Create(context, factory, stream));
}
});
RegisterOutput(typeof(IOutStream <Vector2>), (factory, context) => {
var container = factory.CreateIOContainer(context.ReplaceIOType(typeof(IValueOut)));
var valueOut = container.RawIOObject as IValueOut;
valueOut.GetValuePointer(out ppDoubleData);
return(IOContainer.Create(context, new Vector2OutStream(ppDoubleData, GetSetValueLengthAction(valueOut)), container));
});
RegisterOutput(typeof(IOutStream <Vector3>), (factory, context) => {
var container = factory.CreateIOContainer(context.ReplaceIOType(typeof(IValueOut)));
var valueOut = container.RawIOObject as IValueOut;
valueOut.GetValuePointer(out ppDoubleData);
return(IOContainer.Create(context, new Vector3OutStream(ppDoubleData, GetSetValueLengthAction(valueOut)), container));
});
RegisterOutput(typeof(IOutStream <Vector4>), (factory, context) => {
var container = factory.CreateIOContainer(context.ReplaceIOType(typeof(IValueOut)));
var valueOut = container.RawIOObject as IValueOut;
valueOut.GetValuePointer(out ppDoubleData);
return(IOContainer.Create(context, new Vector4OutStream(ppDoubleData, GetSetValueLengthAction(valueOut)), container));
});
RegisterOutput(typeof(IOutStream <Quaternion>), (factory, context) => {
var container = factory.CreateIOContainer(context.ReplaceIOType(typeof(IValueOut)));
var valueOut = container.RawIOObject as IValueOut;
valueOut.GetValuePointer(out ppDoubleData);
return(IOContainer.Create(context, new QuaternionOutStream(ppDoubleData, GetSetValueLengthAction(valueOut)), container));
});
RegisterOutput(typeof(IOutStream <Color4>), (factory, context) => {
var container = factory.CreateIOContainer(context.ReplaceIOType(typeof(IColorOut)));
var colorOut = container.RawIOObject as IColorOut;
colorOut.GetColorPointer(out ppDoubleData);
return(IOContainer.Create(context, new Color4OutStream((RGBAColor **)ppDoubleData, GetSetColorLengthAction(colorOut)), container));
});
RegisterOutput(typeof(IOutStream <Matrix>), (factory, context) => {
var container = factory.CreateIOContainer(context.ReplaceIOType(typeof(ITransformOut)));
var transformOut = container.RawIOObject as ITransformOut;
transformOut.GetMatrixPointer(out ppFloatData);
return(IOContainer.Create(context, new MatrixOutStream((Matrix **)ppFloatData, GetSetMatrixLengthAction(transformOut)), container));
});
RegisterOutput <IOutStream <Path> >((factory, context) =>
{
var attribute = context.IOAttribute;
var stream = new PathOutStream(factory, attribute);
if (attribute.AutoFlush)
{
return(GenericIOContainer.Create(context, factory, stream, s => s.Sync(), s => s.Flush()));
}
else
{
return(GenericIOContainer.Create(context, factory, stream, s => s.Sync()));
}
});
RegisterOutput <IOutStream <IResourceProvider <Stream> > >((factory, context) =>
{
var container = factory.CreateIOContainer(context.ReplaceIOType(typeof(IRawOut)));
var rawOut = container.RawIOObject as IRawOut;
var stream = new ResourceProviderOutStream(rawOut);
return(IOContainer.Create(context, stream, container, null, s => s.Flush()));
});
// IOutStream<Spread<T>>
RegisterOutput(typeof(IOutStream <>), (factory, context) =>
{
var host = factory.PluginHost;
var t = context.DataType;
var attribute = context.IOAttribute;
var genericArgument = t.GetGenericArguments()[0];
var multiDimStreamType = typeof(MultiDimOutStream <>).MakeGenericType(genericArgument);
var stream = Activator.CreateInstance(multiDimStreamType, factory, attribute.Clone()) as IOutStream;
if (context.IOAttribute.AutoFlush)
{
return(GenericIOContainer.Create(context, factory, stream, null, s => s.Flush()));
}
else
{
return(GenericIOContainer.Create(context, factory, stream));
}
});
}
