public PlottingStatisticsID(PlotLog plotLog)
{
LogFolder = plotLog.LogFolder;
Tmp1Drive = plotLog.Tmp1Drive;
Tmp2Drive = plotLog.Tmp2Drive;
PlotSize = plotLog.PlotSize;
Threads = plotLog.Threads;
BufferSize = plotLog.Buffer;
Tmp2Drive = plotLog.Tmp2Drive;
Buckets = plotLog.Buckets;
}
/**
* An average over some plotlogs I had on my drive.
* This way we can display ETA and Time Remaining even
* when the user does not have finished plotlogs (will
* be imprecise tho).
* That way we get better warning and error thresholds
* from the beginning too, as they were diced before.
* See Issue #23
*/
private PlottingStatistics MagicNumbers()
{
List <PlotLog> plotLogs = new List <PlotLog>();
var magicPlotLog = new PlotLog();
magicPlotLog.Phase1Seconds = 31573;
magicPlotLog.Phase2Seconds = 12298;
magicPlotLog.Phase3Seconds = 34925;
magicPlotLog.Phase4Seconds = 3024;
magicPlotLog.CopyTimeSeconds = 934;
plotLogs.Add(magicPlotLog);
return(new PlottingStatistics(plotLogs));
}
private PlotLog NextPlotLog()
{
var oldPlotLog = CurrentPlotLog();
oldPlotLog.IsLastInLogFile = false;
var newPlotLog = new PlotLog();
// when plot create --num n is used parameters stay the same
newPlotLog.Buckets = oldPlotLog.Buckets;
newPlotLog.Threads = oldPlotLog.Threads;
newPlotLog.Buffer = oldPlotLog.Buffer;
newPlotLog.Tmp1Drive = oldPlotLog.Tmp1Drive;
newPlotLog.Tmp2Drive = oldPlotLog.Tmp2Drive;
newPlotLog.DestDrive = oldPlotLog.DestDrive;
newPlotLog.LogFile = oldPlotLog.LogFile;
newPlotLog.LogFolder = oldPlotLog.LogFolder;
newPlotLog.PlaceInLogFile = oldPlotLog.PlaceInLogFile + 1;
PlotLogs.Add(newPlotLog);
return(newPlotLog);
}
public PlottingStatistics GetMostRelevantStatistics(PlotLog plotLog)
{
PlottingStatisticsID id = new PlottingStatisticsID(plotLog);
Dictionary <int, List <PlotLog> > byRelevance = new Dictionary <int, List <PlotLog> >();
foreach (var fromAll in AllPlotLogs)
{
int relevance = id.CalcRelevance(new PlottingStatisticsID(fromAll), weights);
// Debug.WriteLine(relevance);
if (!byRelevance.ContainsKey(relevance))
{
byRelevance.Add(relevance, new List <PlotLog>());
}
byRelevance[relevance].Add(fromAll);
}
int highestRelevance = -1;
foreach (var relevance in byRelevance.Keys)
{
if (relevance > highestRelevance)
{
highestRelevance = relevance;
}
}
if (highestRelevance > -1)
{
List <PlotLog> plotLogs = byRelevance[highestRelevance];
return(new PlottingStatistics(plotLogs.ToList()));
}
if (AllPlotLogs.Count > 0)
{
return(new PlottingStatistics(AllPlotLogs.ToList()));
}
else
{
return(MagicNumbers());
}
}
public PlotLogReadable(PlotLog plotLog)
{
this.Tmp1Drive = plotLog.Tmp1Drive;
this.Tmp2Drive = plotLog.Tmp2Drive;
if (plotLog.Errors > 0)
{
this.Errors = plotLog.Errors.ToString();
}
this.Progress = string.Format("{0:0.00}", plotLog.Progress) + "%";
if (string.Equals(this.Progress, "NaN%"))
{
this.Progress = "";
}
switch (plotLog.CurrentPhase)
{
case 1:
this.CurrentPhase = "1/5";
this.CurrentTable = plotLog.Phase1Table + "/7 ↑";
break;
case 2:
this.CurrentPhase = "2/5";
this.CurrentTable = plotLog.Phase2Table + "/7 ↓";
break;
case 3:
this.CurrentPhase = "3/5";
this.CurrentTable = plotLog.Phase3Table + "/7 ↑";
break;
case 4:
this.CurrentPhase = "4/5";
this.CurrentTable = "1/1";
break;
case 5:
this.CurrentPhase = "5/5";
this.CurrentTable = "";
break;
case 6: // done
this.CurrentPhase = "";
this.CurrentTable = "";
break;
}
this.ETA = formatDateTime(plotLog.ETA);
this.StartDate = formatDateTime(plotLog.StartDate);
this.FinishDate = formatDateTime(plotLog.FinishDate);
this.TimeRemaining = formatSeconds(plotLog.TimeRemaining);
this.Phase1Seconds = formatSeconds(plotLog.Phase1Seconds);
this.Phase2Seconds = formatSeconds(plotLog.Phase2Seconds);
this.Phase3Seconds = formatSeconds(plotLog.Phase3Seconds);
this.Phase4Seconds = formatSeconds(plotLog.Phase4Seconds);
this.CopyTimeSeconds = formatSeconds(plotLog.CopyTimeSeconds);
this.TotalSeconds = formatSeconds(plotLog.TotalSeconds);
this.ApproximateWorkingSpace = plotLog.ApproximateWorkingSpace;
this.DestDrive = plotLog.DestDrive;
this.FinalFileSize = plotLog.FinalFileSize;
this.Buckets = plotLog.Buckets.ToString();
this.Threads = plotLog.Threads.ToString();
this.Buffer = plotLog.Buffer + " MB";
switch (plotLog.CurrentPhase)
{
case 1:
case 3:
case 4:
this.CurrentBucket = plotLog.CurrentBucket + "/" + plotLog.Buckets;
break;
case 2:
case 5:
case 6:
this.CurrentBucket = "";
break;
}
this.PlotName = plotLog.PlotName;
this.LogFolder = plotLog.LogFolder;
this.LogFile = plotLog.LogFile.Substring(plotLog.LogFile.LastIndexOf("\\") + 1);
this.Health = formatHealth(plotLog.Health);
this.PlaceInLogFile = plotLog.PlaceInLogFile;
}
public PlotLogReadable(PlotLog plotLog)
{
this.Tmp1Drive = plotLog.Tmp1Drive;
this.Tmp2Drive = plotLog.Tmp2Drive;
if (plotLog.Errors > 0)
{
this.Errors = plotLog.Errors.ToString();
}
this.Progress = string.Format("{0:0.00}", plotLog.Progress) + "%";
if (string.Equals(this.Progress, "NaN%"))
{
this.Progress = "";
}
switch (plotLog.CurrentPhase)
{
case 1:
this.CurrentPhase = "1/5";
this.CurrentTable = plotLog.Phase1Table + "/7 ↑";
break;
case 2:
this.CurrentPhase = "2/5";
this.CurrentTable = plotLog.Phase2Table + "/7 ↓";
break;
case 3:
this.CurrentPhase = "3/5";
this.CurrentTable = plotLog.Phase3Table + "/7 ↑";
break;
case 4:
this.CurrentPhase = "4/5";
this.CurrentTable = "1/1";
break;
case 5:
this.CurrentPhase = "5/5";
this.CurrentTable = "";
break;
case 6: // done
this.CurrentPhase = "";
this.CurrentTable = "";
break;
}
this.ETA = Formatter.formatDateTime(plotLog.ETA);
this.StartDate = Formatter.formatDateTime(plotLog.StartDate);
this.FinishDate = Formatter.formatDateTime(plotLog.FinishDate);
this.TimeRemaining = Formatter.formatSeconds(plotLog.TimeRemaining, true);
this.Phase1Cpu = Formatter.formatCpuUsage(plotLog.Phase1Cpu);
this.Phase2Cpu = Formatter.formatCpuUsage(plotLog.Phase2Cpu);
this.Phase3Cpu = Formatter.formatCpuUsage(plotLog.Phase3Cpu);
this.Phase4Cpu = Formatter.formatCpuUsage(plotLog.Phase4Cpu);
this.Phase1Seconds = Formatter.formatSeconds(plotLog.Phase1Seconds, true);
this.Phase2Seconds = Formatter.formatSeconds(plotLog.Phase2Seconds, true);
this.Phase3Seconds = Formatter.formatSeconds(plotLog.Phase3Seconds, true);
this.Phase4Seconds = Formatter.formatSeconds(plotLog.Phase4Seconds, false);
this.CopyTimeSeconds = Formatter.formatSeconds(plotLog.CopyTimeSeconds, false);
this.TotalSeconds = Formatter.formatSeconds(plotLog.TotalSeconds, true);
this.RunTimeSeconds = Formatter.formatSeconds(plotLog.RunTimeSeconds, true);
this.ApproximateWorkingSpace = plotLog.ApproximateWorkingSpace;
this.DestDrive = plotLog.DestDrive;
this.FinalFileSize = plotLog.FinalFileSize;
this.Buckets = plotLog.Buckets.ToString();
this.Threads = plotLog.Threads.ToString();
this.Buffer = plotLog.Buffer + " MB";
this.PoolPuzzleHash = plotLog.PoolPuzzleHash;
this.LastLogLine = plotLog.LastLogLine;
if (plotLog.PID != 0)
{
this.PID = "" + plotLog.PID;
}
switch (plotLog.CurrentPhase)
{
case 1:
case 3:
case 4:
this.CurrentBucket = plotLog.CurrentBucket + "/" + plotLog.Buckets;
break;
case 2:
case 5:
case 6:
this.CurrentBucket = "";
break;
}
this.PlotName = plotLog.PlotName;
this.LogFolder = plotLog.LogFolder;
this.LogFile = plotLog.LogFile.Substring(plotLog.LogFile.LastIndexOf(Path.DirectorySeparatorChar) + 1);
this.Health = Formatter.formatHealth(plotLog.Health);
this.PlaceInLogFile = plotLog.PlaceInLogFile + "/" + plotLog.QueueSize;
this.Note = plotLog.Note;
}
