public void NToNInputStrategy_Positive()
{
INode f1 = new FakeNode(false);
INode f2 = new FakeNode(false);
INode f3 = new FakeNode(false);
INode f4 = new FakeNode(true);
INode f5 = new FakeNode(false);
INode f6 = new FakeNode(false);
INode f7 = new FakeNode(false);
INode f8 = new FakeNode(false);
TestHelper.SetTestPaths();
CircuitNode node = (CircuitNode) new CircuitNodeFactory().GetNode("testName", "ENCODER");
node.Inputs.Add(f1);
node.Inputs.Add(f2);
node.Inputs.Add(f3);
node.Inputs.Add(f4);
node.Inputs.Add(f5);
node.Inputs.Add(f6);
node.Inputs.Add(f7);
node.Inputs.Add(f8);
NodeProcessContext context = new NodeProcessContext(new NToNInputStrategy());
bool[] res = context.ProcessInput(node);
Assert.AreEqual(true, res[0]);
Assert.AreEqual(true, res[1]);
Assert.AreEqual(false, res[2]);
}
public void OneToOneInputStrategy_Positive()
{
INode f1 = new FakeNode(false);
TestHelper.SetTestPaths();
CircuitNode node = (CircuitNode) new CircuitNodeFactory().GetNode("testName", "NOT");
node.Inputs.Add(f1);
NodeProcessContext context = new NodeProcessContext(new OneToOneInputStrategy());
bool[] res = context.ProcessInput(node);
Assert.AreEqual(true, res[0]);
}