protected override void Run(string[] args)
{
var c = new Conduit();
var clay1 = new RClay();
var clay2 = new RClay();
var clay3 = new RClay();
c.Link(new LinkDef[] {
new LinkDef(clay1, "A"),
new LinkDef(clay2, "B"),
new LinkDef(clay3, "C")
});
c.Link(new LinkDef[] {
new LinkDef(clay1, "A")
});
Assert(c._contacts.Count == 3, "Should have 3 connections");
Assert(clay1._contacts["A"] == c, "Clay1 should have 1 connection with c");
Assert(clay2._contacts["B"] == c, "Clay2 should have 1 connection with c");
var test1 = c._contacts.FirstOrDefault(x => x.Clay == clay1 && x.ConnectPoint.Equals("A"));
Assert(test1 != null, "Conduit supposed to have clay1 at point A");
var test2 = c._contacts.FirstOrDefault(x => x.Clay == clay2 && x.ConnectPoint.Equals("B"));
Assert(test2 != null, "Conduit supposed to have clay1 at point B");
var test3 = c._contacts.FirstOrDefault(x => x.Clay == clay3 && x.ConnectPoint.Equals("C"));
Assert(test3 != null, "Conduit supposed to have clay1 at point C");
var testx = c._contacts.FirstOrDefault(x => x.Clay == clay2 && x.ConnectPoint.Equals("A"));
Assert(testx == null, "Clay2 should not have point A in Conduit");
c.Disconnect(clay2, "C");
testx = c._contacts.FirstOrDefault(x => x.Clay == clay2 && x.ConnectPoint.Equals("B"));
Assert(testx != null, "Clay2 should not be disconnected");
c.Disconnect(clay2, "B");
testx = c._contacts.FirstOrDefault(x => x.Clay == clay2 && x.ConnectPoint.Equals("B"));
Assert(testx == null, "Clay2 should be disconnected");
}
//public static Bounds GetActiveConduitBounds()
//{
// return m_activeConduit.mesh.bounds;
//}
public static void LinkActiveConduit(Bend bend)
{
Debug.Log("ConduitManager: LinkActiveConduit()");
// Remove any current Decorator component objects from Active Conduit
AConduitDecorator decorator = m_activeConduit.GetComponentInChildren <AConduitDecorator>();
if (decorator != null)
{
decorator.OnRemove();
//Destroy( decorator.gameObject );
m_activeConduit.transform.DestroyChildren();
}
m_activeConduit.Link(bend);
// Set Decorator (if available)
decorator = ConduitDecoratorFactory.Get(bend.type);
if (decorator != null)
{
m_activeDecorator = Instantiate(decorator);
m_activeDecorator.transform.SetParent(m_activeConduit.transform, false);
m_activeDecorator.transform.localPosition = Vector3.zero; // @TODO - Redundant?
m_activeDecorator.Set(m_activeConduit);
}
else
{
m_activeDecorator = null;
}
}
protected override void Run(string[] args)
{
AutoResetEvent waiter = new AutoResetEvent(false);
int data = 0;
var clay1 = new RClay(new RAgreement
{
SensorPoints = new List <object> {
"IN"
},
Response = (center, clay, cp) =>
{
center["OUT"] = (center.GetSignal <int>("IN") + 1);
}
});
var clay2 = new RClay(new RAgreement
{
SensorPoints = new List <object> {
"IN"
},
Response = (center, clay, cp) =>
{
center["OUT"] = (center.GetSignal <int>("IN") * 2);
}
});
var clay3 = new RClay(new RAgreement
{
SensorPoints = new List <object> {
"A", "B"
},
Response = (center, clay, cp) =>
{
data = center.GetSignal <int>("A") + center.GetSignal <int>("B");
waiter.Set();
}
});
var start = new Starter();
var con1 = Conduit.CreateLink(new LinkDef(clay1, "IN"), new LinkDef(clay2, "IN"));
var con2 = new Conduit();
con2.Link(new LinkDef(start, "OUT"));
con1.Link(new LinkDef(con2, "X"));
Conduit.CreateLink(new LinkDef(clay1, "OUT"), new LinkDef(clay3, "A"));
Conduit.CreateLink(new LinkDef(clay2, "OUT"), new LinkDef(clay3, "B"));
start.Test(3);
waiter.WaitOne();
Assert(data == 10, "Data supposed to be");
}
