private void MergeProblem(ProblemSolvingHelper problemHelper)
{
var taskSolver = problemHelper.TaskSolver;
var solutions = problemHelper.PartialSolutions.Select(s => s.Data).ToArray();
taskSolver.MergeSolution(solutions);
var finalSolution = new Solution(false, ESolutionType.Final, problemHelper.ComputationsTime, taskSolver.Solution);
var message = new SolutionsMessage(problemHelper.ProblemType, problemHelper.ProblemId, problemHelper.CommonData, new List <Solution>()
{
finalSolution
});
SendMessage(message.Serialize());
}
protected override void ProcessDivideProblemMessage(DivideProblemMessage message)
{
if (SolvableProblems.FirstOrDefault(x => x == message.ProblemType) == null)
{
EventLogger.GetLog().ErrorFormat("Nie obsługiwany problem: {0}", message.ProblemType);
return;
}
TaskSolver taskSolver = null;
switch (message.ProblemType)
{
case ("MultiplyProblem"):
taskSolver = new MultiplyTaskSolver(message.Data);
break;
case ("DVRP"):
taskSolver = new DllProject.DvrpTaskSolver(message.Data);
break;
}
var problemSolvingHelper = new ProblemSolvingHelper()
{
ProblemId = message.Id,
ProblemType = message.ProblemType,
TaskSolver = taskSolver,
};
_problems.Add(message.Id, problemSolvingHelper);
taskSolver.ProblemDividingFinished += taskSolver_ProblemDividingFinished;
taskSolver.SolutionsMergingFinished += taskSolver_SolutionsMergingFinished;
var thread = new IOThread
{
ProblemType = message.ProblemType,
State = EState.Busy,
RealThread = new Thread(() => DivideProblem(message, taskSolver)),
ProblemInstanceId = message.Id
};
_runningThreads.Add(thread);
thread.RealThread.Start();
}