public void GenericInputTypeIsSolved(ClassType t, string methodName, Type connectedType, int methodParameterIndex,
Type expectedInputType)
{
Type methodDeclaringType = t == ClassType.Plain ? typeof(C) : typeof(D <>);
FunctionCallNodeModel call = GraphModel.CreateNode <FunctionCallNodeModel>("funcNode", Vector2.zero);
call.GraphModel = GraphModel;
call.MethodInfo = methodDeclaringType.GetMethod(methodName);
Assert.NotNull(call.MethodInfo);
var param = call.MethodInfo.GetParameters()[methodParameterIndex];
call.DefineNode();
var p = new PortModel
{
Direction = Direction.Output,
PortType = PortType.Data,
DataType = connectedType.GenerateTypeHandle(Stencil),
};
var parameterPort = call.GetPortForParameter(param.Name);
call.OnConnection(parameterPort, p);
Assert.That(parameterPort.DataType, Is.EqualTo(expectedInputType.GenerateTypeHandle(Stencil)));
}
public void GenericOutputTypeIsSolved(ClassType t, string methodName, Type connectedType, int methodParameterIndex,
Type expectedOutputType)
{
Type methodDeclaringType = t == ClassType.Plain ? typeof(C) : typeof(D <>);
FunctionCallNodeModel call = GraphModel.CreateNode <FunctionCallNodeModel>("funcNode", Vector2.zero);
call.GraphModel = GraphModel;
call.MethodInfo = methodDeclaringType.GetMethod(methodName);
Assert.That(call.MethodInfo, Is.Not.Null);
call.DefineNode();
IPortModel parameterPort;
if (methodParameterIndex == k_InstanceIndex)
{
Assert.That(call.MethodInfo.IsStatic || call.MethodInfo.IsConstructor, Is.False);
parameterPort = call.InstancePort;
}
else
{
var param = call.MethodInfo.GetParameters()[methodParameterIndex];
parameterPort = call.GetPortForParameter(param.Name);
}
var p = new PortModel
{
Direction = Direction.Output,
PortType = PortType.Data,
DataType = connectedType.GenerateTypeHandle(Stencil),
};
call.OnConnection(parameterPort, p);
if (expectedOutputType != typeof(void))
{
Assert.That(call.OutputPort.DataType, Is.EqualTo(expectedOutputType.GenerateTypeHandle(Stencil)));
}
}