public SolverQueue()
{
inner = new Queue<SolverNode>();
Statistics = new SolverStatistics()
{
Name = GetType().Name
};
}
public void Update(ISolver caller, SolverCommandResult state, SolverStatistics global)
{
if (global != null)
{
var d = global.DurationInSec;
Console.WriteLine("\t{0:#,###,##0} nodes at {1:0.0} nodes/sec after {2:#} sec. Depth: {3}/{4}/{5} (Completed/Curr/Max)",
global.TotalNodes, global.TotalNodes / d, d, global.DepthCompleted, global.DepthCurrent, global.DepthMax);
}
}
public virtual SolverCommandResult Init(SolverCommand command)
{
var state = new CommandResult()
{
Command = command,
Solutions = new List<SolverNode>(),
SolutionsWithReverse = new List<SolutionChain>(),
Forward = new SolverData()
{
Evaluator = new ForwardEvaluator(),
Queue = new SolverQueue(),
PoolForward = new SolverNodeLookup()
},
Reverse = new SolverData()
{
Evaluator = new ReverseEvaluator(),
Queue = new SolverQueue(),
PoolReverse = new SolverNodeLookup()
}
};
state.Forward.PoolReverse = state.Reverse.PoolReverse;
state.Reverse.PoolForward = state.Forward.PoolForward;
state.StaticMaps = StaticAnalysis.Generate(command.Puzzle);
state.StaticMaps.DeadMap = DeadMapAnalysis.FindDeadMap(state.StaticMaps);
state.Forward.Root = state.Forward.Evaluator.Init(command.Puzzle, state.Forward.Queue);
state.Reverse.Root = state.Reverse.Evaluator.Init(command.Puzzle, state.Reverse.Queue);
Statistics = new SolverStatistics[]
{
state.Statistics,
state.Forward.PoolForward.Statistics,
state.Reverse.PoolReverse.Statistics,
state.Forward.Queue.Statistics,
state.Reverse.Queue.Statistics
};
return state;
}
public SolverCommandResult()
{
Statistics = new SolverStatistics();
}
public List<Result> Run(SolverRun run, SolverCommand baseCommand, ISolver solver = null)
{
if (solver == null)
{
solver = new SingleThreadedForwardSolver();
}
Report.WriteLine("Puzzle Exit Conditions: {0}", run.PuzzleExit);
Report.WriteLine("Batch Exit Conditions : {0}", run.BatchExit);
Report.WriteLine("Solver : {0}", SolverHelper.Describe(solver));
Report.WriteLine("CPU : {0}", DebugHelper.GetCPUDescription());
Report.WriteLine("Machine : {0} {1}", Environment.MachineName, Environment.Is64BitProcess ? "x64" : "x32");
Report.WriteLine();
var res = new List<Result>();
var start = new SolverStatistics()
{
Started = DateTime.Now
};
SolverCommandResult result = null;
int pp = 0;
int consecutiveFails = 0;
foreach (var puzzle in run)
{
if (baseCommand.CheckAbort(baseCommand))
{
Progress.WriteLine("EXITING...");
break;
}
try
{
pp++;
Progress.WriteLine("Attempting: {0} ({2}/{3}); Rating: {1}", PuzzleHelper.GetName(puzzle), StaticAnalysis.CalculateRating(puzzle), pp, run.Count);
var libPuzzle = puzzle as LibraryPuzzle;
Report.WriteLine(" Name: {0}", PuzzleHelper.GetName(puzzle));
Report.WriteLine(" Ident: {0}", libPuzzle != null ? libPuzzle.Ident : null);
Report.WriteLine(" Rating: {0}", StaticAnalysis.CalculateRating(puzzle));
Report.WriteLine("Starting Memory: {0}", Environment.WorkingSet);
Report.WriteLine(puzzle.ToString());
PuzzleDTO dto = null;
if (Repository != null)
{
dto = Repository.Get(puzzle);
if (dto == null)
{
dto = Repository.ToDTO(puzzle);
Repository.Store(dto);
}
dto.Solutions = Repository.GetSolutions(dto.PuzzleId);
}
if (SkipPuzzlesWithSolutions)
{
if (dto != null &&
dto.Solutions.Exists(x=>x.HostMachine == Environment.MachineName && x.SolverType == solver.GetType().Name))
{
Progress.WriteLine("Skipping... (SkipPuzzlesWithSolutions)");
continue;
}
}
Report.WriteLine();
result = solver.Init(new SolverCommand(baseCommand)
{
Report = Report,
ExitConditions = run.PuzzleExit,
Puzzle = puzzle,
});
if (Tracking != null) Tracking.Begin(result);
solver.Solve(result);
var r = new Result()
{
Summary = SolverHelper.Summary(result),
Exited = result.Exit,
Solutions = result.GetSolutions()
};
res.Add(r);
start.TotalNodes += result.Statistics.TotalNodes;
start.TotalDead += result.Statistics.TotalDead;
if (r.Solutions.Any())
{
int cc = 0;
foreach (var p in r.Solutions.ToArray())
{
string error = null;
var check = SolverHelper.CheckSolution(puzzle, p, out error);
Report.WriteLine("Solution #{0} [{1}] =>\n{2}", cc++, check ? "Valid":"INVALID!"+error, p);
if (!check)
{
r.Solutions.Remove(p);
r.Summary += " (INVALID SOLUTION)";
}
}
// Write to DB?
if (dto != null)
{
if (Repository != null)
{
StoreSolution(solver, dto, r.Solutions);
}
}
}
if (r.Solutions.Any()) // May have been removed above
{
consecutiveFails = 0;
}
else
{
consecutiveFails++;
if (StopOnConsecutiveFails != 0 && consecutiveFails > StopOnConsecutiveFails)
{
Progress.WriteLine("ABORTING... StopOnConsecutiveFails");
break;
}
}
var finalStats = solver.Statistics;
if (finalStats != null)
{
foreach (var fs in finalStats)
{
Report.WriteLine("Statistics | {0}", fs);
}
}
if (Tracking != null) Tracking.End(result);
Report.WriteLine("[DONE] {0}", r.Summary);
if (result.Exception != null)
{
Report.WriteLine("[EXCEPTION]");
WriteException(Report, result.Exception);
}
Progress.WriteLine();
Progress.WriteLine("Completed: {0} ==> {1}", PuzzleHelper.GetName(puzzle), r.Summary);
Progress.WriteLine();
if (result.Exit == ExitConditions.Conditions.Aborted)
{
Progress.WriteLine("ABORTING...");
WriteSummary(res, start);
return res;
}
if (start.DurationInSec > run.BatchExit.Duration.TotalSeconds)
{
Progress.WriteLine("BATCH TIMEOUT...");
WriteSummary(res, start);
return res;
}
Progress.WriteLine();
}
catch (Exception ex)
{
if (result != null) result.Exception = ex;
Progress.WriteLine("ERROR: "+ex.Message);
WriteException(Report, ex);
}
finally
{
result = null;
Report.WriteLine("Ending Memory: {0}", Environment.WorkingSet);
GC.Collect();
Report.WriteLine("Post-GC Memory: {0}", Environment.WorkingSet);
Report.WriteLine("===================================");
Report.WriteLine();
}
Report.Flush();
}
WriteSummary(res, start);
return res;
}
private void WriteSummary(List<Result> results, SolverStatistics start)
{
var cc = 0;
var line = string.Format("Run Stats: {0}", start);
Report.WriteLine(line);Console.WriteLine(line);
foreach (var result in results)
{
line = string.Format("[Puzzle] {0}", result.Summary);
Report.WriteLine(line); Console.WriteLine(line);
cc++;
}
}
public virtual SolverCommandResult Init(SolverCommand command)
{
var state = SolverHelper.Init(new CommandResult(), command);
state.Statistics.Name = GetType().Name;;
state.Pool = new SolverNodeLookup()
{
Report = command.Report
};
state.Evaluator = evaluator;
state.Queue= new SolverQueue();
state.Root = state.Evaluator.Init(command.Puzzle, state.Queue);
Statistics = new SolverStatistics[] { state.Statistics, state.Pool.Statistics, state.Queue.Statistics };
return state;
}
public override SolverCommandResult Init(SolverCommand command)
{
var state = SolverHelper.Init(new CommandResult(), command);
state.Command.Progress = null;
state.Command.Parent = Worker.Owner;
state.Command.CheckAbort = CheckWorkerAbort;
state.Statistics.Name = GetType().Name; ;
state.Pool = Worker.Pool;
state.Evaluator = new ReverseEvaluator();
state.Queue = Worker.Queue;
Statistics = new SolverStatistics[] { state.Statistics };
return state;
}
public override SolverCommandResult Init(SolverCommand command)
{
var state = SolverHelper.Init(new CommandResult(), command);
state.Command.Parent = Worker.Owner;
state.Command.CheckAbort = x => !Worker.OwnerState.IsRunning;
state.Statistics.Name = GetType().Name;
state.Pool = Worker.Pool;
state.Evaluator = new ForwardEvaluator();
state.Queue = Worker.Queue;
Statistics = new SolverStatistics[] { state.Statistics};
return state;
}
