public void General_Positive()
{
TestHelper.SetTestPaths();
CircuitBuilder circuitBuilder = new CircuitBuilder();
circuitBuilder.SetName("XOR");
circuitBuilder.AddNode("A", "INPUT_HIGH");
circuitBuilder.AddNode("B", "INPUT_HIGH");
circuitBuilder.AddNode("C", "PROBE");
circuitBuilder.AddNode("NODE1", "NAND");
circuitBuilder.AddNode("NODE2", "NAND");
circuitBuilder.AddNode("NODE3", "NAND");
circuitBuilder.AddNode("NODE4", "NAND");
circuitBuilder.AddNode("NODE5", "NAND");
circuitBuilder.AddNode("NODE6", "NAND");
circuitBuilder.AddConnection("A", "NODE1");
circuitBuilder.AddConnection("A", "NODE4");
circuitBuilder.AddConnection("B", "NODE2");
circuitBuilder.AddConnection("B", "NODE4");
circuitBuilder.AddConnection("NODE1", "NODE3");
circuitBuilder.AddConnection("NODE2", "NODE3");
circuitBuilder.AddConnection("NODE3", "NODE5");
circuitBuilder.AddConnection("NODE4", "NODE5");
circuitBuilder.AddConnection("NODE5", "NODE6");
circuitBuilder.AddConnection("NODE6", "C");
Circuit xor = circuitBuilder.GetCircuit();
Cache.IncUserActionCounter();
xor.InputNodes["A"].Value = false;
xor.InputNodes["B"].Value = false;
Assert.AreEqual(false, xor.OutputNodes["C"].Process()[0]);
Cache.IncUserActionCounter();
xor.InputNodes["A"].Value = true;
xor.InputNodes["B"].Value = false;
Assert.AreEqual(true, xor.OutputNodes["C"].Process()[0]);
Cache.IncUserActionCounter();
xor.InputNodes["A"].Value = true;
xor.InputNodes["B"].Value = true;
Assert.AreEqual(false, xor.OutputNodes["C"].Process()[0]);
}
public static (bool success, Circuit circuit, string error) GetFromFile(string filePath)
{
CircuitParser parser = CircuitParser.GetParser();
(bool success, string fileName, string error)result = parser.AddFile(filePath);
if (result.success)
{
string fileName = result.fileName;
CircuitBuilder circuitBuilder = new CircuitBuilder();
circuitBuilder.SetName(fileName);
foreach (var nodeString in parser.GetNodeString(fileName))
{
circuitBuilder.AddNode(nodeString.name, nodeString.type);
}
foreach (var connectionString in parser.GetConnectionString(fileName))
{
foreach (string outputNode in connectionString.outputs)
{
circuitBuilder.AddConnection(connectionString.input, outputNode);
}
}
circuits[fileName] = circuitBuilder.GetCircuit();
return(true, circuits[fileName], "");
}
else
{
return(false, null, result.error);
}
}
public void ConnectNonExistentNodes_Negative()
{
TestHelper.SetTestPaths();
CircuitBuilder circuitBuilder = new CircuitBuilder();
Assert.ThrowsException <System.InvalidOperationException>(() => circuitBuilder.AddConnection("NODE1", "NODE2"));
}