//[TestCase("218")]
public void Sequential(string problemIds)
{
var solver = new DeepWalkSolver(2, new Estimator(collectFastWheels: true, zakoulochki: true, collectDrill: true), usePalka: true, useWheels: true, useDrill: true);
foreach (var problemId in problemIds.Split(',', StringSplitOptions.RemoveEmptyEntries).Select(int.Parse))
{
var solved = SolveOneProblem(solver, problemId);
Console.Out.WriteLine($"{problemId:000}: solvedTime: {solved.CalculateTime()}");
}
}
//[TestCase("218")]
public void Compare(string problemIds)
{
var parallelSolver = new ParallelDeepWalkSolver(2, new Estimator(collectFastWheels: true, zakoulochki: true, collectDrill: false), usePalka: false, useWheels: true, useDrill: false, new BoosterType[0]);
var solver = new DeepWalkSolver(2, new Estimator(collectFastWheels: true, zakoulochki: true, collectDrill: true), usePalka: true, useWheels: true, useDrill: true);
foreach (var problemId in problemIds.Split(',', StringSplitOptions.RemoveEmptyEntries).Select(int.Parse))
{
var solved = SolveOneProblem(solver, problemId);
var parallelSolved = SolveOneProblem(parallelSolver, problemId);
var win = parallelSolved.CalculateTime() < solved.CalculateTime() ? "P" : "S";
Console.Out.WriteLine($"{problemId:000}: {win} - solvedTime: {solved.CalculateTime()}; parallelSolvedTime: {parallelSolved.CalculateTime()};");
}
}
public void Emulate()
{
var solver = new DeepWalkSolver(2, new Estimator(true, true, collectDrill: true), usePalka: true, useWheels: true, useDrill: true);
var state = ReadFromFile(2);
var result = solver.Solve(state);
var readFromFile = ReadFromFile(2);
Emulator.Emulate(readFromFile, result);
readFromFile.History.Should().BeEquivalentTo(state.History);
}
public void SolveOne()
{
var solver = new DeepWalkSolver(2, new Estimator(true, true, collectDrill: true), usePalka: true, useWheels: true, useDrill: true);
SolveOneProblem(solver, 2);
}
