static void RunTests(ServerBase <object> rem)
{
Assert.AreEqual(42, rem.TestIface <int>(42),
"#1 calling TestIface on object instance");
Assert.AreEqual(42, rem.TestVirt <int>(42),
"#2 calling TestVirt");
ITest i = rem;
Assert.AreEqual(42, i.TestIface <int>(42),
"#3 calling TestIface on interface");
Assert.AreEqual(42, i.TestDirectIfaceImpl(42),
"#4 calling TestDirectIfaceImp");
INested cao = rem.GetNested();
Assert.AreEqual(42, cao.Test(),
"#5a calling INested.Test ()");
Assert.AreEqual(42 + 500, cao.Test(42),
"#5 calling INested.Test (int)");
Assert.AreEqual(42, cao.Test(21, 21),
"#6 calling INested.Test (int, int)");
Assert.AreEqual(42, cao.Test <int> (42),
"#7 calling INested.Test<V>");
Assert.AreEqual(0, cao.Test <int, string> (42, "bar"),
"#8 calling INested.Test<V, T>");
cao = rem.GetNestedMbr();
Assert.AreEqual(42, cao.Test(),
"#9a calling INested.Test ()");
Assert.AreEqual(42 + 500, cao.Test(42),
"#9 calling INested.Test (int)");
Assert.AreEqual(42, cao.Test(21, 21),
"#10 calling INested.Test (int, int)");
Assert.AreEqual(42, cao.Test <int> (42),
"#11 calling INested.Test<V>");
Assert.AreEqual(0, cao.Test <int, string> (42, "bar"),
"#12 calling INested.Test<V, T>");
}
public static string Generate(params object[] elements)
{
string doc = "";
foreach (object obj in elements)
{
ITagged myTaggedObject = obj as ITagged;
INested myNestedObject = obj as INested;
if (myNestedObject is null || myTaggedObject is null) // obj is of raw information type (or non nested decorator). no further recursion possible -> add & continue
{
doc += obj;
continue;
}
doc += $"\n{myTaggedObject.TagId}" + Generate(myNestedObject.Elements) + $"\n{myTaggedObject.TagId[..1]}/{myTaggedObject.TagId[1..]}";// Recursive function call for nested elements
