public void TestBrokenTravel()
{
TravelSolution ts = new TravelSolution(shuffleList(prepareBrokenTravel()));
ts.Solve();
Assert.IsNull(ts.Result);
}
public void TestCircleTravel()
{
TravelSolution ts = new TravelSolution(shuffleList(prepareCircleTestItems()));
ts.Solve();
Assert.IsNotNull(ts.Result);
}
public void TestComplicated2Travel()
{
TravelSolution ts = new TravelSolution(shuffleList(prepareComplicated2Travel()));
ts.Solve();
Assert.IsNotNull(ts.Result);
Assert.AreEqual(ts.Result.StartPoint, "a");
Assert.AreEqual(ts.Result.EndPoint, "e");
}
public void TestCircleToCircleTravel()
{
TravelSolution ts = new TravelSolution(shuffleList(prepareCircleToCircleTestItems()));
ts.Solve();
Assert.IsNotNull(ts.Result);
Assert.AreEqual(ts.Result.StartPoint, "a");
Assert.AreEqual(ts.Result.EndPoint, "a");
}
public void TestOnePointThreeTimesCrossNoExitTravel()
{
TravelSolution ts = new TravelSolution(shuffleList(prepareOnePointThreeTimesCrossNoExitTestItems()));
ts.Solve();
Assert.IsNotNull(ts.Result);
Assert.AreEqual(ts.Result.StartPoint, "a");
Assert.AreEqual(ts.Result.EndPoint, "d");
}
public void TestComplicatedTravel()
{
var data = shuffleList(prepareComplicated1Travel());
TravelSolution ts = new TravelSolution(new List <TravelCard>(data));
ts.Solve();
Assert.IsNotNull(ts.Result);
Assert.AreEqual(ts.Result.StartPoint, "a");
Assert.AreEqual(ts.Result.EndPoint, "h");
}
public void TestComplicatedTravel_Case2()
{
// special case with previous implementation error
TravelSolution ts = new TravelSolution(prepareComplicated1Travel_Case2());
ts.Solve();
Assert.IsNotNull(ts.Result);
Assert.AreEqual(ts.Result.StartPoint, "a");
Assert.AreEqual(ts.Result.EndPoint, "h");
}