internal static void Resize <TDefinition, TType>(ref PortArray <DataInput <TDefinition, TType> > portArray, ushort newSize, void *blankPage, Allocator allocator)
where TDefinition : NodeDefinition
where TType : struct
{
#if DFG_ASSERTIONS
if (newSize == MaxSize)
{
throw new AssertionException("Requested array size is too large");
}
#endif
if (newSize == portArray.Size)
{
return;
}
// Release any owned memory if downsizing.
for (ushort i = newSize; i < portArray.Size; ++i)
{
var inputPortPatch = portArray.NthInputPortPointer(i);
ref var ownership = ref DataInputUtility.GetMemoryOwnership(inputPortPatch);
if (ownership == DataInputUtility.Ownership.OwnedByPort)
{
UnsafeUtility.Free(*inputPortPatch, allocator);
}
}
/// <summary>
/// See <see cref="ForwardInput{TDefinition,TForwardedDefinition,TMsg}(MessageInput{TDefinition,TMsg}, NodeHandle{TForwardedDefinition}, MessageInput{TForwardedDefinition,TMsg})"/>.
/// </summary>
public void ForwardInput <TDefinition, TForwardedDefinition, TMsg>(PortArray <MessageInput <TDefinition, TMsg> > origin, NodeHandle <TForwardedDefinition> replacedNode, PortArray <MessageInput <TForwardedDefinition, TMsg> > replacement)
where TDefinition : NodeDefinition, IMsgHandler <TMsg>, new()
where TForwardedDefinition : NodeDefinition, IMsgHandler <TMsg>
{
CommonChecks <TDefinition>(replacedNode, (InputPortID)origin);
GetForwardingBuffer().Add(ForwardedPort.Unchecked.Input(origin.Port, replacedNode, replacement.Port));
}
/// <summary>
/// See <see cref="ForwardInput{TDefinition,TForwardedDefinition,TMsg}(MessageInput{TDefinition,TMsg}, NodeHandle{TForwardedDefinition}, MessageInput{TForwardedDefinition,TMsg})"/>.
/// </summary>
public void ForwardInput <TDefinition, TForwardedDefinition, TType>(PortArray <DataInput <TDefinition, TType> > origin, NodeHandle <TForwardedDefinition> replacedNode, PortArray <DataInput <TForwardedDefinition, TType> > replacement)
where TDefinition : NodeDefinition
where TForwardedDefinition : NodeDefinition
where TType : struct
{
CommonChecks <TDefinition>(replacedNode, (InputPortID)origin);
GetForwardingBuffer().Add(ForwardedPort.Unchecked.Input(origin.Port, replacedNode, replacement.Port));
}
/// <summary>
/// Overload of <see cref="Connect(NodeHandle, OutputPortID, NodeHandle, InputPortID, ConnectionType)"/>
/// targeting a destination port array with an index parameter.
/// </summary>
/// <exception cref="IndexOutOfRangeException">Thrown if the index is out of range with respect to the port array.</exception>
public void Connect <TMsg, TSource, TDestination>(
NodeHandle <TSource> sourceHandle,
MessageOutput <TSource, TMsg> sourcePort,
NodeHandle <TDestination> destHandle,
PortArray <MessageInput <TDestination, TMsg> > destPortArray,
int index
)
where TSource : NodeDefinition
where TDestination : NodeDefinition, IMsgHandler <TMsg>
{
Connect((PortDescription.Category.Message, typeof(TMsg), ConnectionType.Normal), new OutputPair(this, sourceHandle, sourcePort.Port), new InputPair(this, destHandle, new InputPortArrayID(destPortArray.Port, index)));
}
/// <summary>
/// Overload of <see cref="Disconnect(NodeHandle, OutputPortID, NodeHandle, InputPortID)"/>
/// targeting a destination port array with an index parameter.
/// </summary>
/// <exception cref="IndexOutOfRangeException">Thrown if the index is out of range with respect to the port array.</exception>
public void Disconnect <TMsg, TSource, TDestination>(
NodeHandle <TSource> sourceHandle,
MessageOutput <TSource, TMsg> sourcePort,
NodeHandle <TDestination> destHandle,
PortArray <MessageInput <TDestination, TMsg> > destPortArray,
int index
)
where TSource : NodeDefinition
where TDestination : NodeDefinition, IMsgHandler <TMsg>
{
Disconnect(new OutputPair(this, sourceHandle, sourcePort.Port), new InputPair(this, destHandle, new InputPortArrayID(destPortArray.Port, index)));
}
/// <summary>
/// Overload of <see cref="DisconnectAndRetainValue(NodeHandle, OutputPortID, NodeHandle, InputPortID)"/>
/// targeting a port array with an index parameter.
/// </summary>
/// <exception cref="IndexOutOfRangeException">Thrown if the index is out of range with respect to the port array.</exception>
public void DisconnectAndRetainValue <TType, TSource, TDestination>(
NodeHandle <TSource> sourceHandle,
DataOutput <TSource, TType> sourcePort,
NodeHandle <TDestination> destHandle,
PortArray <DataInput <TDestination, TType> > destPortArray,
int index
)
where TSource : NodeDefinition, new()
where TDestination : NodeDefinition, new()
where TType : struct
{
DisconnectAndRetainValue(sourceHandle, sourcePort, destHandle, new InputPortArrayID(destPortArray.Port, index));
}
/// <summary>
/// Overload of <see cref="Disconnect(NodeHandle, OutputPortID, NodeHandle, InputPortID)"/>
/// targeting a destination port array with an index parameter.
/// </summary>
/// <exception cref="IndexOutOfRangeException">Thrown if the index is out of range with respect to the port array.</exception>
public void Disconnect <TType, TSource, TDestination>(
NodeHandle <TSource> sourceHandle,
DataOutput <TSource, TType> sourcePort,
NodeHandle <TDestination> destHandle,
PortArray <DataInput <TDestination, TType> > destPortArray,
int index
)
where TSource : NodeDefinition
where TDestination : NodeDefinition
where TType : struct
{
Disconnect(new OutputPair(this, sourceHandle, sourcePort.Port), new InputPair(this, destHandle, new InputPortArrayID(destPortArray.Port, index)));
}
/// <summary>
/// Overload of <see cref="Connect(NodeHandle, OutputPortID, NodeHandle, InputPortID, ConnectionType)"/>
/// targeting a destination port array with an index parameter.
/// </summary>
/// <exception cref="IndexOutOfRangeException">Thrown if the index is out of range with respect to the port array.</exception>
public void Connect <TType, TSource, TDestination>(
NodeHandle <TSource> sourceHandle,
DataOutput <TSource, TType> sourcePort,
NodeHandle <TDestination> destHandle,
PortArray <DataInput <TDestination, TType> > destPortArray,
int index,
ConnectionType connectionType = ConnectionType.Normal
)
where TSource : NodeDefinition
where TDestination : NodeDefinition
where TType : struct
{
Connect((PortDescription.Category.Data, typeof(TType), connectionType), new OutputPair(this, sourceHandle, sourcePort.Port), new InputPair(this, destHandle, new InputPortArrayID(destPortArray.Port, index)));
}
