public void OptimalFlipsBigDataSet(int down)
{
var pancakeStack = new PancakeStack(new String('-', down));
var flipFinder = new FlipFinder();
var bestStack = flipFinder.FindOptimalStack(new List <PancakeStack> {
pancakeStack
});
}
public void BenchmarkTest02()
{
var longString = "---------------+--------------------------------+---------------+---------++++--------+-----------+---";
var pancakeStack = new PancakeStack(longString);
var flipFinder = new FlipFinder();
var bestStack = flipFinder.FindOptimalStack(new List <PancakeStack> {
pancakeStack
});
}
public void OptimalFlips(string input, int expectedDepth)
{
var pancakeStack = new PancakeStack(input);
var flipFinder = new FlipFinder();
var bestStack = flipFinder.FindOptimalStack(new List <PancakeStack> {
pancakeStack
});
Assert.IsNotNull(bestStack);
Assert.AreEqual(expectedDepth, bestStack.Depth);
}
public static void ProcessCases(IEnumerable <RevengeOfThePancakesCase> cases)
{
foreach (var revengeOfThePancakesCase in cases)
{
var pancakeStack = new PancakeStack(revengeOfThePancakesCase.Input);
var flipFinder = new FlipFinder();
var bestStack = flipFinder.FindOptimalStack(new List <PancakeStack> {
pancakeStack
});
revengeOfThePancakesCase.Output = bestStack.Depth.ToString();
}
}
public void OptimalFlipsBigDataSet(int down, int up)
{
string setup = new String('-', down) + new String('+', up);
Random rnd = new Random();
var mixed = setup.OrderBy(x => rnd.Next()).ToArray();
var mixedString = new string(mixed);
Console.WriteLine(mixedString);
var pancakeStack = new PancakeStack(mixedString);
var flipFinder = new FlipFinder();
var bestStack = flipFinder.FindOptimalStack(new List <PancakeStack> {
pancakeStack
});
}
