public static void virtualTest <T> (VirtualTest <T> vt, int len)
{
VirtualTestCaller <T> vtc = new VirtualTestCaller <T> ();
T[] arr = vtc.doCall(vt);
typeCheck("virtualTest", arr, typeof(T[]));
if (arr.Length != len)
{
error("virtualTest length");
}
}
public static int Main()
{
work <ClassA> (new ClassA(), false);
work <ClassB> (new ClassB(), true);
work <ClassB> (new ClassB(), true);
work <ClassC> (new ClassC(), true);
work <GenA <ClassA> > (new GenA <ClassA> (), true);
work <int[]> (new int[3], true);
work <int> (123, true);
work <int?> (123, true);
work <GenStruct <ClassA>?> (new GenStruct <ClassA> (123), true);
work <GenStruct <ClassA>?> (null, true);
StaticTest <ClassA> sa = new StaticTest <ClassA> (1234);
StaticTest <ClassB> sb = new StaticTest <ClassB> (2345);
if (sa.getStat() != 1234)
{
error("getStat");
}
if (sb.getStat() != 2345)
{
error("getStat");
}
if (sa.getOtherStat() != 0)
{
error("getOtherStat");
}
if (sa.getGenCStat() != 1234)
{
error("getGenCStat A");
}
if (sb.getGenCStat() != 1234)
{
error("getGenCStat B");
}
NonGenUser <NonGen> ngu = new NonGenUser <NonGen> ();
if (ngu.getNonGenField() != 123)
{
error("getNonGenField");
}
AccessTest <ClassA> ata = new AccessTest <ClassA> ();
if (ata.getOtherField() != 123)
{
error("getOtherField");
}
VirtualTest <ClassA> vta = new VirtualTest <ClassA> ();
VirtualTest <ClassB> vtb = new VirtualTestDeriv <ClassB> ();
virtualTest <ClassA> (vta, 3);
virtualTest <ClassB> (vtb, 4);
listTest();
if (haveError)
{
return(1);
}
return(0);
}
public T[] doCall(VirtualTest <T> vt)
{
return(vt.newArr());
}
