/// <summary>
/// Gets the total number of threads within the system that can compute the specified problem type.
/// </summary>
/// <param name="problemType">Type name of the problem class.</param>
/// <returns>Number of threads.</returns>
private int CountAvailableSolvingThreads(string problemType)
{
var availableThreads = 0;
foreach (var componentInfo in _componentOverseer.GetComponents(ComponentType.ComputationalNode))
{
var sn = (SolverNodeInfo)componentInfo;
if (!sn.SolvableProblems.Contains(problemType))
{
continue;
}
//availableThreads += sn.NumberOfThreads; // Count all threads.
availableThreads += sn.ThreadInfo.Count(ts => ts.State == ThreadStatus.ThreadState.Idle);
// OR count only the idle ones.
}
// No available threads found be we still need to divide the problem into some parts.
if (availableThreads == 0)
{
availableThreads = 3;
}
return(availableThreads);
}
