public static void testForceSolverPerformance()
{
var solver = new CaseSolver();
Console.WriteLine(solver.Solve(1000));
Console.WriteLine(solver.Solve(5000));
Console.WriteLine(solver.Solve(10000));
Console.WriteLine(solver.Solve(50000));
Console.WriteLine(solver.Solve(99999990));
}
public static void testSolver_full()
{
var solver = new CaseSolver();
for (int ii = 0; ii < 10000; ii++)
{
solver.Solve(ii);
}
}
public static void testSolver_basic()
{
var solver = new CaseSolver();
Console.WriteLine(solver.Solve(132));
Console.WriteLine(solver.Solve(1000));
Console.WriteLine(solver.Solve(7));
Console.WriteLine(solver.Solve(1000));
Console.WriteLine(solver.Solve(5000));
Console.WriteLine(solver.Solve(10000));
Console.WriteLine(solver.Solve(50000));
Console.WriteLine(solver.Solve(99999990));
Console.WriteLine(solver.Solve(7563));
}
public void Run()
{
var lines = InOut.ReadStringInput(out numberOfCases);
var cases = new CaseSplitter().GetSingleLineCases(lines).ToArray();
var solver = new CaseSolver();
var results = new List <string>();
for (int ii = 0; ii < numberOfCases; ii++)
{
var answer = solver.Solve(long.Parse(cases[ii]));
results.Add(string.Format("Case #{0}: {1}", ii + 1, answer));
}
InOut.WriteOutput(results);
}