public NodeSearchContext(IGraphNode <T> start,
GraphNodeVisitationControl <T> visitTracker,
NodeSearch <T> predicate)
{
Settings = visitTracker;
StartingPoint = start;
MoveTo(start);
_watch = new DisposableStopwatch();
SearchBehavior = predicate;
}
public bool PumpFor(TimeSpan fromSeconds)
{
using (var watch = new DisposableStopwatch()) {
while (Pump())
{
if (watch.Elapsed > fromSeconds)
{
break;
}
}
}
return(_backlog.HasWork);
}
private async Task UpdateLadder(string leagueName)
{
Log($"Starting to fetch {leagueName} ladder");
await _repository.SetLadderRunning(leagueName);
var ladder = new List <LadderPlayerModel>();
var sortModes = new List <string>()
{
null, "depth", "depthsolo"
};
var pages = Enumerable.Range(0, 75);
foreach (var sortMode in sortModes)
{
var sortNiceName = sortMode ?? "overall";
Log($"Using mode: {sortNiceName}");
foreach (int page in pages)
{
var interval = 1250;
var elapsed = 0;
using (var stopwatch = new DisposableStopwatch())
{
LadderApiResponse result = await FetchLadderApiPage(leagueName, page, sortMode);
if (result != null)
{
var LadderPlayerList = result.Entries.
Where(t => !ladder.Any(x => x.Name == t.Character.Name))
.Select(t => new LadderPlayerModel(t)).ToList();
ladder.AddRange(LadderPlayerList);
if (ladder.Count == result.Total || result.Entries.Count == 0)
{
break;
}
}
else
{
await _repository.RemoveLadder(leagueName);
break;
}
elapsed = (int)stopwatch.sw.ElapsedMilliseconds;
if (interval > elapsed)
{
Task.Delay(interval - elapsed).Wait();
}
}
}
}
if (ladder.Count > 0)
{
ladder = CalculateStatistics(ladder);
await _repository.UpdateLadder(leagueName, ladder);
}
Log($"Finished fetching {leagueName} ladder.");
Log($"--------------------------------------");
}
public static IDisposableWrapper <DisposableStopwatch> WrapStopwatch(this DisposableStopwatch disposableStopwatch)
{
return(new StopWatchDisposableWrapper(disposableStopwatch));
}
