public void TestAll(int size, string ops, int expectedCount)
{
var force = new BinaryBruteForcerOld(ops.Split(' '));
Stopwatch sw = Stopwatch.StartNew();
var all = force.Enumerate(size);
Console.WriteLine("new calculated, size = {0}", all.Count());
//Assert.AreEqual(expectedCount, all.Count());
Console.WriteLine(sw.Elapsed);
// Console.WriteLine("All:");
// foreach (var ar in all)
// Console.WriteLine(ar.Printable());
var force2 = new BinaryBruteForcer(ops.Split(' '));
var all2 = force2.Enumerate(size);
Console.WriteLine("new optim calculated, size = {0}", all2.Count());
var setOfAll = new HashSet <string>(all2.Select(t => t.Printable()));
var diff = all.Where(t => !setOfAll.Contains(t.Printable()));
foreach (var ar in diff.Take(50))
{
Console.WriteLine(ar.Printable());
}
}
public void TestIncludeBin(int size)
{
Console.WriteLine("size = {0}", size);
foreach (var problem in GetAllSamples().Where(p => p.Size == size))
{
Console.WriteLine("problem #{0}", problem.Id);
var bruter = new BinaryBruteForcer(problem.AllOperators);
var solutions = new HashSet <string>(bruter.Enumerate(size - 1).Select(expr => expr.Printable()));
if (!solutions.Contains(Parser.ParseFunction(problem.SolutionString).Printable()))
{
Console.WriteLine("op: {0}, ", string.Join(", ", problem.AllOperators));
Console.WriteLine(string.Join("\t", solutions));
Assert.Fail();
}
}
}