public void TestHandleNegative()
{
Node and = new And();
and.AddDefaultInputs("IN", true);
and.AddDefaultInputs("IN2", false);
and.SetDefaultInputs();
and.Handle();
Assert.IsFalse(and.Output);
}
public void TestNotCompletedLoop()
{
/** Basic circuit **/
//Adder
Node node1 = new Or()
{
Name = "Or 1"
};
Node node2 = new Or()
{
Name = "Or 2"
};
Node node3 = new Not()
{
Name = "Not 3"
};
Node node4 = new Not()
{
Name = "Not 4"
};
Node node5 = new And()
{
Name = "And 5"
};
Node node6 = new And()
{
Name = "And 6"
};
bool s = true;
bool r = false;
//Edges
node5.AddDefaultInputs("IN1", s); //input 1
node6.AddDefaultInputs("IN2", s);
node5.AddDefaultInputs("IN3", r);
node6.AddDefaultInputs("IN4", r);
node1.AddOutput(node3);
node2.AddOutput(node4);
node3.AddOutput(node2);
node4.AddOutput(node1);
node5.AddOutput(node1);
node6.AddOutput(node2);
Circuit circuit = new Circuit()
{
Name = "Circuit 1"
};
circuit.Components.Add(node1);
circuit.Components.Add(node2);
circuit.Components.Add(node3);
circuit.Components.Add(node4);
circuit.Components.Add(node5);
circuit.Components.Add(node6);
circuit.Run(new Validator());
foreach (Component comp in circuit.Components)
{
if (comp.ClassType != "Circuit" && !comp.Resolved)
{
throw new Exception("Circuit not completed: " + comp.Name);
}
}
}