public static List <List <ProcessOutput> > process(SimArguments args)
{
ParallelizationManager trdMgr = new ParallelizationManager(args);
List <List <ProcessOutput> > res = new List <List <ProcessOutput> >();
Parallel.For(0, args.argFiles.Count, trdMgr.parallelArgFiles, fileIdx =>
{
ArgFile af = args.argFiles[fileIdx];
AppSettings.WriteLogLine("Processing Arg File:" + af.FileName);
// load graph file
AGameGraph graph = null;
AppSettings.WriteLogLine("loading graph...");
string graphVal = af.processParams[0][AppConstants.AppArgumentKeys.GRAPH_FILE.key];
Utils.Exceptions.ConditionalTryCatch <Exception>(() =>
{
if (graphVal.EndsWith(FileExtensions.GRAPH_FILE))
{
graph = AGameGraph.loadGraph(File.ReadAllLines(FileUtils.TryFindingFile(graphVal)));
//graph = new GridGameGraph(af.processParams[0][AppConstants.AppArgumentKeys.GRAPH_FILE.key]);
}
else
{
graph = AGameGraph.loadGraph(graphVal);
}
},
(Exception ex) =>
{
AppSettings.WriteLogLine("couldn't load graph file:" + ex.Message);
});
AppSettings.WriteLogLine("graph loaded. processing...");
// populate output table (ValuesCount is the amount of different values from param file, each should have separate theory/sim/optimizer process)
res.Add(AlgorithmUtils.getRepeatingValueList <ProcessOutput>(af.processParams.ValuesCount));
populateResults(res.Last(), af.processParams, trdMgr.parallelArgValues, trdMgr.parallelSimRuns, graph);
});
return(res);
}
/// <summary>
/// allows running a single ArgFile
/// </summary>
/// <param name="cmdLineArgs">
/// parameters with keys from AppConstants.CmdLineArguments
/// NOTE:
/// CmdLineArguments.MAX_PARALLEL_ARGFILES is ignored (only 1 arg file will run in parallel)
/// </param>
/// <param name="processArgs"></param>
public SimArguments(Dictionary <string, string> cmdLineArgs, ArgFile args)
{
maxParallelArgFiles = 1;
argFiles.Add(args);
}