internal static HandleRef getCPtr(VectorConsumer obj)
{
return (obj == null) ? new HandleRef(null, IntPtr.Zero) : obj.swigCPtr;
}
static void Main(string[] args)
{
Child child = Factory.GimmeAChild();
Parent parent = Factory.GimmeAParent();
Parent parent2 = Factory.GimmeAChildAsAParent();
child.DoEvenMore();
child.DoSomething(3, 4);
parent.DoSomething(2, 3);
parent2.DoSomething(1, 2);
Child child2 = (Child)parent2;
// SIZE howbig = SIZE.MEDIUM;
// parent2.MethodWithRefSize(ref howbig);
Vector3D v3 = new Vector3D(11, 22, 33);
Vector4D v4 = new Vector4D(1, 2, 3, 4);
Matrix4D mtx = new Matrix4D(11, 12, 13, 14, 21, 22, 23, 24, 31, 32, 33, 34, 41, 42, 43, 44);
int res;
// Handmade Matrix and Vector wrapping test
// Note: This tests the mapping of C++ Matrix and Vector types
// to exsiting C# Matrix and Vector types (and not wrapper classes)
res = HandmadeWrappers.HandMadeVectorTaker(ref v4);
//res = HandmadeWrappers.HandMadeMatrixTakerWrapper(ref mtx);
Vector4D vRes = HandmadeWrappers.HandMadeVectorReturner();
//Matrix4D mRes = HandmadeWrappers.HandMadeMatrixReturnerWrapper();
Vector4D vRes2 = HandmadeWrappers.HandMadeVectorPtrReturnerWrapper();
// Swig generated Matrix and Vector wrapping test
// Note: This tests the mapping of C++ Matrix and Vector types
// to exsiting C# Matrix and Vector types (and not wrapper classes generated by Swig).
// The mapping of the types is done by Swig, though
VectorConsumer vc = new VectorConsumer();
//Matrix4D mRes2 = vc.GimmeSomeMatrix();
res = vc.VectorTakerPtr3(ref v3);
res = vc.VectorTakerRef3(ref v3);
res = vc.VectorTakerVal3(v3);
Vector3D vRet = vc.GimmeSomeVector();
Vector3D vOld = vc.VV;
vc.VV = vRet;
vOld = vc.VV;
res = vc.VectorTakerPtr4(ref v4);
res = vc.VectorTakerRef4(ref v4);
res = vc.VectorTakerVal4(v4);
//res = vc.MatrixTakerPtr(ref mtx);
//res = vc.MatrixTakerRef(ref mtx);
//res = vc.MatrixTakerVal(mtx);
MyVectorConsumer myVc = new MyVectorConsumer();
VectorConsumerCaller.CallVectorConsumer(myVc);
AParamType param = null;
RefRefTest.ParameterTaker(ref param);
int i = 8;
}
public static void CallVectorConsumer(VectorConsumer pConsumer)
{
CppApiPINVOKE.VectorConsumerCaller_CallVectorConsumer(VectorConsumer.getCPtr(pConsumer));
}
internal static HandleRef getCPtr(VectorConsumer obj)
{
return((obj == null) ? new HandleRef(null, IntPtr.Zero) : obj.swigCPtr);
}
public static extern void VectorConsumer_director_connect(HandleRef jarg1, VectorConsumer.SwigDelegateVectorConsumer_0 delegate0, VectorConsumer.SwigDelegateVectorConsumer_1 delegate1, VectorConsumer.SwigDelegateVectorConsumer_2 delegate2, VectorConsumer.SwigDelegateVectorConsumer_3 delegate3, VectorConsumer.SwigDelegateVectorConsumer_4 delegate4, VectorConsumer.SwigDelegateVectorConsumer_5 delegate5, VectorConsumer.SwigDelegateVectorConsumer_6 delegate6);
public static void CallVectorConsumer(VectorConsumer pConsumer)
{
CppApiPINVOKE.VectorConsumerCaller_CallVectorConsumer(VectorConsumer.getCPtr(pConsumer));
}