public void TestOnClick()
{
//testing to see how long it takes to generate all the getter/setter delegates
object transformobj = room.defaultNode.body;
dynamic nodedynamic = room.defaultNode;
List<Func<Node, float>> delList = new List<Func<Node, float>>();
//float total = 0;
Movement movement = new Movement();
//redirector.TargetObject = movement;
//redirector.PropertyToObject["active"] = movement;
redirector.AssignObjectToPropertiesAll(movement);
PropertyInfo pinfo = movement.GetType().GetProperty("active");
//Action<object, object> movementsetter = redirector.setters[typeof(Movement)]["active"];
//Console.WriteLine(":::" + movement.active);
//bool a = redirector.active;
//bool a = false;
OldStartTimer();
for (int i = 0; i < 100000; i++)
{
//if (i > 0) if (i > 1) if (i > 2) if (i > 3) if (i > 4) total++;
//delList.Add(getDel);
//float slow = (float)minfo.Invoke((Transform)transformobj, new object[] { });
//float mass = getDel(room.defaultNode);
//float mass2 = getDel((Transform)transformobj); //doesn't work because it's of type Object at compile time
//float mass2 = getDel(nodedynamic);
//total += mass;
//gotten = room.defaultNode.GetComponent<Movement>(); //generic method to grab components
//gotten = room.defaultNode.comps[comp.movement];
//bool act = gotten.active;
//gotten.active = true;
redirector.active = false; //21m(impossible)... 24m(new) ... 19m (newer) ... 16m(newest)
//a = redirector.active;
//pinfo.SetValue(movement, false, null); //34m
//movementsetter(movement, false); //4m(old)......... 6m(new)
//movement.active = false;
}
//Movement move = room.defaultNode.comps[comp.movement];
OldStopTimer();
//Console.WriteLine(total);
/* //this code won't run right now, but it represents the ability to make a specific generic method based on type variables from another generic method, and then invoke it... (this is slow)
MethodInfo method = GetType().GetMethod("DoesEntityExist")
.MakeGenericMethod(new Type[] { typeof(Type) });
method.Invoke(this, new object[] { dt, mill });
*/
//gotten.fallOff();
/////////////////////////////////////////////////////////////////////////////
}
public void TestRedirect()
{
Movement move = new Movement();
Collision col = new Collision();
Node nod = new Node(OrbIt.game.room);
move.active = true;
col.active = true;
nod.active = true;
Console.WriteLine(move.active + " " + col.active + " " + nod.active);
redirector.AssignObjectToPropertySet("active", move);
redirector.active = false;
redirector.AssignObjectToPropertySet("active", col);
redirector.active = false;
redirector.AssignObjectToPropertySet("active", nod);
redirector.active = false;
Console.WriteLine(move.active + " " + col.active + " " + nod.active);
}
public void OldTests()
{
//////////////////////////////////////////////////////////////////////////////////////
List<int> ints = new List<int> { 1, 2, 3 };
ints.ForEach(delegate(int i) { if (i == 2) ints.Remove(i); }); //COOL: NO ENUMERATION WAS MODIFIED ERROR
ints.ForEach(delegate(int i) { Console.WriteLine(i); });
MethodInfo testmethod = room.GetType().GetMethod("test");
Action<Room, int, float, string> del = (Action<Room, int, float, string>)Delegate.CreateDelegate(typeof(Action<Room, int, float, string>), testmethod);
del(room, 1, 0.3f, "Action worked.");
Action<int, float, string> del2 = (Action<int, float, string>)Delegate.CreateDelegate(typeof(Action<int, float, string>), room, testmethod);
//target is bound to 'room' in this example due to the overload of CreateDelegate used.
del2(2, 3.3f, "Action worked again.");
PropertyInfo pinfo = typeof(Component).GetProperty("active");
MethodInfo minfo = pinfo.GetGetMethod();
Console.WriteLine("{0}", minfo.ReturnType);
Movement tester = new Movement();
tester.active = true;
bool ret = (bool)minfo.Invoke(tester, new object[] { }); //VERY expensive (slow)
Console.WriteLine("{0}", ret);
Func<Component, bool> delGet = (Func<Component, bool>)Delegate.CreateDelegate(typeof(Func<Component, bool>), minfo);
Console.WriteLine("{0}", delGet(tester)); //very fast, and no cast or creation of empty args array required
minfo = pinfo.GetSetMethod();
//Console.WriteLine("{0} {1}", minfo.ReturnType, minfo.GetParameters()[0].ParameterType);
Action<Component, bool> delSet = (Action<Component, bool>)Delegate.CreateDelegate(typeof(Action<Component, bool>), minfo);
delSet(tester, false);
Console.WriteLine("Here we go: {0}", delGet(tester));
delSet(tester, true);
/////////////////////////////////////////////////////////////////////////////////////////
/*
//gets all types that are a subclass of Component
List<Type> types = AppDomain.CurrentDomain.GetAssemblies()
.SelectMany(assembly => assembly.GetTypes())
.Where(type => type.IsSubclassOf(typeof(Component))).ToList();
foreach (Type t in types) Console.WriteLine(t);
*/
//room.defaultNode.Update(new GameTime()); //for testing
//MODIFIER ADDITION
/*
room.defaultNode.addComponent(comp.modifier, true); //room.defaultNode.comps[comp.modifier].active = false;
ModifierInfo modinfo = new ModifierInfo();
modinfo.AddFPInfoFromString("o1", "scale", room.defaultNode);
modinfo.AddFPInfoFromString("m1", "position", room.defaultNode);
modinfo.AddFPInfoFromString("v1", "position", room.defaultNode);
modinfo.args.Add("mod", 4.0f);
modinfo.args.Add("times", 3.0f);
modinfo.args.Add("test", 3.0f);
//modinfo.delegateName = "Mod";
//modinfo.delegateName = "Triangle";
//modinfo.delegateName = "VelocityToOutput";
//modinfo.delegateName = "VectorSine";
modinfo.delegateName = "VectorSineComposite";
room.defaultNode.comps[comp.modifier].modifierInfos["sinecomposite"] = modinfo;
*/
ObservableHashSet<int> obints = new ObservableHashSet<int>();
obints.CollectionChanged += (s, e) =>
{
if (e.Action == System.Collections.Specialized.NotifyCollectionChangedAction.Add)
{
foreach (int i in e.NewItems)
{
Console.WriteLine("Added:" + i);
}
}
};
obints.Add(6);
}