public void Serialize()
{
//CSharpCodeProvider.cre
CSharpCodeProvider prov = new CSharpCodeProvider(new Dictionary <string, string>()
{
{ "CompilerVersion", "v4.0" }
});
CompilerParameters cp = new CompilerParameters(new []
{
"mscorlib.dll", "System.dll", "System.IO.dll", "System.xml.dll", "System.Xml.Serializer.dll", "System.Runtime.dll",
"System.ObjectModel.dll", "System.Collections.dll",
"FileExplorer3.dll", "FileExplorer3.IO.dll", "FileExplorer3.WPF.dll",
"Caliburn.Micro.dll", "Caliburn.Micro.Platform.dll"
});
cp.GenerateExecutable = false;
cp.GenerateInMemory = true;
Progress.Clear();
CompilerResults cr = prov.CompileAssemblyFromSource(cp, Script);
if (cr.Errors.HasErrors)
{
Progress.Add("Error when serializing:");
cr.Errors.Cast <CompilerError>().ToList().ForEach(err =>
Progress.Add(String.Format("{0} at line {1} column {2} ", err.ErrorText, err.Line, err.Column)));
}
}
/// <summary>
/// Updates the engine's progress
/// </summary>
/// <param name="deltaTime"></param>
public void Update(double deltaTime)
{
if (!Initialized)
{
return;
}
var keyframes = LayerProperty.UntypedKeyframes.ToList();
Progress = Progress.Add(TimeSpan.FromMilliseconds(deltaTime));
// The current keyframe is the last keyframe before the current time
CurrentKeyframe = keyframes.LastOrDefault(k => k.Position <= Progress);
// The next keyframe is the first keyframe that's after the current time
NextKeyframe = keyframes.FirstOrDefault(k => k.Position > Progress);
if (CurrentKeyframe == null)
{
KeyframeProgress = 0;
KeyframeProgressEased = 0;
}
else if (NextKeyframe == null)
{
KeyframeProgress = 1;
KeyframeProgressEased = 1;
}
else
{
var timeDiff = NextKeyframe.Position - CurrentKeyframe.Position;
KeyframeProgress = (float)((Progress - CurrentKeyframe.Position).TotalMilliseconds / timeDiff.TotalMilliseconds);
KeyframeProgressEased = (float)Easings.Interpolate(KeyframeProgress, CurrentKeyframe.EasingFunction);
}
// LayerProperty determines what's next: reset, stop, continue
}
public void Update(IEnumerable <LevelProgressDto> collection)
{
Progress.Clear();
foreach (var model in collection)
{
Progress.Add(model);
}
}
public void WriteProgress(long sourceId, ProgressRecord progressRecord)
{
CheckForCancellation();
if (Progress.IsOpen && Progress.Count < MaxRecords)
{
Progress.Add(progressRecord);
}
}
/// <summary>
/// Updates the progress for this task, a notification is sent to the client
/// </summary>
/// <param name="value">The value to add to the progress</param>
/// <example>
/// If the player were to obtain a certain amount of collectibles, <c>value</c> might be the item lot here.
/// </example>
protected void AddProgress(float value)
{
if (this.Mission.Player.TryGetComponent <MissionInventoryComponent>(out var missionInventoryComponent) && !MissionParser.CheckPrerequiredMissions(this.Mission.PrerequisiteMissions, missionInventoryComponent.AllMissions))
{
return;
}
Progress.Add(value);
MessageUpdateMissionTask();
}
private void LoadData()
{
foreach (string file in _files)
{
if (!File.Exists(file))
{
continue;
}
DataGetter data = new DataGetter(file);
Type t = data.GetTypeFromData();
if (t == typeof(CaseProgress))
{
Progress.Add(file, (CaseProgress)data.ConvertToObject());
}
if (t == typeof(CSIData))
{
CSIData.Add(file, (CSIData)data.ConvertToObject());
}
if (t == typeof(CurrentCaseData))
{
CurrentData.Add(file, (CurrentCaseData)data.ConvertToObject());
}
if (t == typeof(EntityData))
{
EntityData.Add(file, (EntityData)data.ConvertToObject());
}
if (t == typeof(EvidenceData))
{
EvidenceData.Add(file, (EvidenceData)data.ConvertToObject());
}
if (t == typeof(InterrogationData))
{
InterrogationData.Add(file, (InterrogationData)data.ConvertToObject());
}
if (t == typeof(SceneData))
{
SceneData.Add(file, (SceneData)data.ConvertToObject());
}
if (t == typeof(StageData))
{
StageData.Add(file, (StageData)data.ConvertToObject());
}
if (t == typeof(WrittenData))
{
WrittenData.Add(file, (WrittenData)data.ConvertToObject());
}
}
}
Tuple <double[][], double[][]> PlayTrainingGame(ActivationNetwork net, bool aiX, bool fullAi)
{
TicTacToeGame game = new TicTacToeGame();
List <double[]> inputs = new List <double[]>();
List <double[]> outputs = new List <double[]>();
Model current = new Model(net);
while (game.GetResult() == TicTacToeGame.Result.Unknown)
{
int playSquare;
if (aiX == game.IsXTurn || fullAi)
{
playSquare = current.BestSquare(game);
}
else
{
int[] validSquares = game.ValidSquares().ToArray();
playSquare = validSquares[rand.Next(validSquares.Length)];
}
game.Move(playSquare);
inputs.Add(game.GetBoardAsDouble(!game.IsXTurn));
}
double output;
TicTacToeGame.Result result = game.GetResult();
if (result == TicTacToeGame.Result.XWins)
{
output = 1;
}
else if (result == TicTacToeGame.Result.OWins)
{
output = -1;
}
else
{
output = 0;
}
for (int i = 0; i < inputs.Count; i++)
{
outputs.Add(new double[] { output *(i % 2 == 0 ? 1 : -1) });
}
Progress.Add(fullAi ? result == TicTacToeGame.Result.Tie : (aiX ? result == TicTacToeGame.Result.XWins : result == TicTacToeGame.Result.OWins));
return(new Tuple <double[][], double[][]>(inputs.ToArray(), outputs.ToArray()));
}
private void TrackProgressExecute(object obj)
{
var progressModel = new ProgressModel {
GoalId = SelectedGoal.GoalId, Date = DateTime.Now
};
var newProgessViewModel = new AddProgressViewModel(progressModel, _client);
var dialog = new TrackProgress();
dialog.DataContext = newProgessViewModel;
var result = dialog.ShowDialog();
if (result.GetValueOrDefault())
{
Progress.Add(new ProgressViewModel(SelectedGoal, newProgessViewModel.Progress));
}
}
public void Set(int level, LevelProgressDto progress)
{
var current = Get(level);
if (current != null)
{
if (current.Stars < progress.Stars)
{
current.Stars = progress.Stars;
current.Seconds = progress.Seconds;
current.ObjectsCollected = progress.ObjectsCollected;
}
}
else
{
Progress.Add(progress);
}
}
public override void Deserialize(GenericReader reader)
{
base.Deserialize(reader);
int version = reader.ReadEncodedInt();
var count = reader.ReadInt();
for (int i = 0; i < count; i++)
{
Path.Add(reader.ReadInt());
}
count = reader.ReadInt();
for (int i = 0; i < count; i++)
{
Progress.Add(reader.ReadInt());
}
}
protected void btnSave_Click(object sender, System.EventArgs e)
{
string text = this.txtProgressName.Text.Trim();
string note = this.txtArea.Text.Trim();
string versionCode = this.txtVersionCode.Text.Trim();
bool @checked = this.chkIsMainPlan.Checked;
if (this.action == "add")
{
Progress progress = Progress.Creat(System.Guid.NewGuid().ToString(), new System.Guid(this.prjId), text, versionCode, @checked, base.UserCode, System.DateTime.Now, note);
progress.Add(progress);
}
else
{
if (this.action == "edit")
{
Progress.Update(this.planId, text, versionCode, @checked, note);
}
}
base.RegisterScript("top.ui.winSuccess({ parentName: '_editplan' }); ");
}
protected virtual void OnProgress(ProgressRecord progress)
{
Progress.Add(progress);
}
public static async Task Move(Config config, TraceWriter log)
{
var metadata = await Timer.Time(() => MetadataReader.GetMetadata(config.ConnectionString, config.Period), "Fetching metadata", log);
// Ignore duplicates until further
var imsTagToId = metadata.ims.GroupBy(x => x.Tag).Where(x => x.Count() == 1).Select(x => x.First()).ToDictionary(x => x.Tag, x => x.Id);
var calcTagToId = metadata.calc.Where(x => !string.IsNullOrWhiteSpace(x.Tag)).GroupBy(x => x.Tag).Where(x => x.Count() == 1).Select(x => x.First()).ToDictionary(x => x.Tag, x => x.Id);
var imsMetas = metadata.ims.Where(i => imsTagToId.ContainsKey(i.Tag)).ToList();
var calcMetas = metadata.calc.Where(i => !string.IsNullOrWhiteSpace(i.Tag) && calcTagToId.ContainsKey(i.Tag)).ToList();
log.Info($"IMS Initial Tag Count: {imsMetas.Count}, Ignored: {metadata.ims.Count - imsMetas.Count}");
log.Info($"Calc Initial Tag Count: {calcMetas.Count}, Ignored: {metadata.calc.Count - calcMetas.Count}");
var influxQueryExecutor = new InfluxQueryExecutor(config.InfluxConfig);
var imsEntityCreator = new EntityCreator(imsTagToId);
var calcEntityCreator = new EntityCreator(calcTagToId);
var imsFirstTimerMetas = imsMetas.Where(m => !m.Timestamp.HasValue).ToList();
var imsOldTimerMetas = imsMetas.Where(m => m.Timestamp.HasValue).ToList();
var calcFirstTimerMetas = calcMetas.Where(m => !m.Timestamp.HasValue).ToList();
var calcOldTimerMetas = calcMetas.Where(m => m.Timestamp.HasValue).ToList();
var imsTagsWithTimestampBeforeWatermarkTask = Timer.Time(() => GetOutliers(influxQueryExecutor, imsMetas,
config.InfluxConfig.DbImsRetentionPolicy, config.InfluxConfig.DbImsMeasurement, TagTypes.Ims,
config.InfluxConfig.DefaultTime, config.InfluxConfig.DoAdHocResampling, log, true),
"Getting timestamp before watermark IMS tags", log);
var calcTagsWithTimestampBeforeWatermarkTask = Timer.Time(() => GetOutliers(influxQueryExecutor, calcMetas,
config.InfluxConfig.DbCalcRetentionPolicy, config.InfluxConfig.DbCalcMeasurement, TagTypes.Calc,
config.InfluxConfig.DefaultTime, config.InfluxConfig.DoAdHocResampling, log, true),
"Getting timestamp before watermark for Calc tags", log);
var imsTagsWithLastTimestampTask = Timer.Time(() => GetOutliers(influxQueryExecutor, imsMetas,
config.InfluxConfig.DbImsRetentionPolicy, config.InfluxConfig.DbImsMeasurement, TagTypes.Ims,
config.InfluxConfig.DefaultTime, config.InfluxConfig.DoAdHocResampling, log, false),
"Getting last timestamps for IMS tags", log);
var calcTagsWithLastTimestampTask = Timer.Time(() => GetOutliers(influxQueryExecutor, calcMetas,
config.InfluxConfig.DbCalcRetentionPolicy, config.InfluxConfig.DbCalcMeasurement, TagTypes.Calc,
config.InfluxConfig.DefaultTime, config.InfluxConfig.DoAdHocResampling, log, false),
"Getting last timestamps for Calc tags", log);
await Task.WhenAll(imsTagsWithLastTimestampTask, calcTagsWithLastTimestampTask, imsTagsWithTimestampBeforeWatermarkTask, calcTagsWithTimestampBeforeWatermarkTask);
var imsTagsWithLastTimestamp = imsTagsWithLastTimestampTask.Result;
var calcTagsWithLastTimestamp = calcTagsWithLastTimestampTask.Result;
var imsTagsWithTimestampBeforeWatermark = imsTagsWithTimestampBeforeWatermarkTask.Result;
var calcTagsWithTimestampBeforeWatermark = calcTagsWithTimestampBeforeWatermarkTask.Result;
var imsFirstTimers = imsFirstTimerMetas
.Where(i => imsTagsWithLastTimestamp.ContainsKey(i.Tag))
.Select(m => new TsMetadata
{
Id = m.Id,
LastTimestampAfterWatermark = imsTagsWithLastTimestamp[m.Tag].timestamp,
LastValueAfterWatermark = imsTagsWithLastTimestamp[m.Tag].value,
Tag = m.Tag
}).ToList();
var calcFirstTimers = calcFirstTimerMetas
.Where(c => calcTagsWithLastTimestamp.ContainsKey(c.Tag))
.Select(m => new TsMetadata
{
Id = m.Id,
LastTimestampAfterWatermark = calcTagsWithLastTimestamp[m.Tag].timestamp,
LastValueAfterWatermark = calcTagsWithLastTimestamp[m.Tag].value,
Tag = m.Tag
}).ToList();
var imsOldTimers = imsOldTimerMetas
.Where(i => imsTagsWithLastTimestamp.ContainsKey(i.Tag))
.Select(i => new TsMetadata
{
Id = i.Id,
LastTimestampAfterWatermark = imsTagsWithLastTimestamp[i.Tag].timestamp,
LastValueAfterWatermark = imsTagsWithLastTimestamp[i.Tag].value,
LastTimestampBeforeWatermark = imsTagsWithTimestampBeforeWatermark.ContainsKey(i.Tag) ? imsTagsWithTimestampBeforeWatermark[i.Tag].timestamp : default(DateTime?),
LastValueBeforeWatermark = imsTagsWithTimestampBeforeWatermark.ContainsKey(i.Tag) ? imsTagsWithTimestampBeforeWatermark[i.Tag].value : default(double?),
Tag = i.Tag,
Watermark = i.Timestamp
}).ToList();
var calcOldTimers = calcOldTimerMetas
.Where(c => calcTagsWithLastTimestamp.ContainsKey(c.Tag))
.Select(c => new TsMetadata
{
Id = c.Id,
LastTimestampAfterWatermark = calcTagsWithLastTimestamp[c.Tag].timestamp,
LastValueAfterWatermark = calcTagsWithLastTimestamp[c.Tag].value,
LastTimestampBeforeWatermark = calcTagsWithTimestampBeforeWatermark.ContainsKey(c.Tag) ? calcTagsWithTimestampBeforeWatermark[c.Tag].timestamp : default(DateTime?),
LastValueBeforeWatermark = calcTagsWithTimestampBeforeWatermark.ContainsKey(c.Tag) ? calcTagsWithTimestampBeforeWatermark[c.Tag].value : default(double?),
Tag = c.Tag,
Watermark = c.Timestamp
}).ToList();
var imsHasLastBeforeWatermark = imsOldTimers.Where(ot => ot.LastTimestampBeforeWatermark.HasValue).ToList();
var calcHasLastBeforeWatermark = calcOldTimers.Where(ot => ot.LastTimestampBeforeWatermark.HasValue).ToList();
log.Info($"IMS FirstTimer Data Filtered Count: {imsFirstTimers.Count}");
log.Info($"IMS OldTimer Data Filtered Count: {imsOldTimers.Count}");
log.Info($"Calc FirstTimer Data Filtered Count: {calcFirstTimers.Count}");
log.Info($"Calc OldTimer Data Filtered Count: {calcOldTimers.Count}");
int totalCount = imsOldTimers.Count + calcOldTimers.Count + imsFirstTimers.Count + calcFirstTimers.Count;
log.Info($"Total Data Filtered Count: {totalCount}");
var progress = new Progress();
const string calcIdName = "CalculatedTag_ID";
const string calcTableName = "dbo.CalculatedTS";
const string imsIdName = "IMSTag_ID";
const string imsTableName = "dbo.IMSTS";
// Serve oldtimers first
progress.Add(await ProcessMetas(config.ConnectionString, imsIdName, imsTableName, config.InfluxConfig.DbImsRetentionPolicy,
config.InfluxConfig.DbImsMeasurement, TagTypes.Ims, config.InfluxConfig.DefaultTime,
config.InfluxConfig.DoAdHocResampling, config.InfluxConfig.SkipLastPoint,
config.Period, imsOldTimers, config.InfluxConfig.OldtimerBatchSize, config.InfluxConfig.Parallelism, influxQueryExecutor,
imsEntityCreator, progress.ProcessedTags, "IMS Oldtimers", imsOldTimers.Count, totalCount, log));
progress.Add(await ProcessMetas(config.ConnectionString, calcIdName, calcTableName, config.InfluxConfig.DbCalcRetentionPolicy,
config.InfluxConfig.DbCalcMeasurement, TagTypes.Calc, config.InfluxConfig.DefaultTime,
config.InfluxConfig.DoAdHocResampling, config.InfluxConfig.SkipLastPoint,
config.Period, calcOldTimers, config.InfluxConfig.OldtimerBatchSize, config.InfluxConfig.Parallelism, influxQueryExecutor,
calcEntityCreator, progress.ProcessedTags, "Calc Oldtimers", calcOldTimers.Count, totalCount, log));
progress.Add(await ProcessMetas(config.ConnectionString, imsIdName, imsTableName, config.InfluxConfig.DbImsRetentionPolicy,
config.InfluxConfig.DbImsMeasurement, TagTypes.Ims, config.InfluxConfig.DefaultTime,
config.InfluxConfig.DoAdHocResampling, config.InfluxConfig.SkipLastPoint,
config.Period, imsFirstTimers, config.InfluxConfig.FirsttimerBatchSize, config.InfluxConfig.Parallelism / 2, influxQueryExecutor,
imsEntityCreator, progress.ProcessedTags, "IMS Firsttimers", imsFirstTimers.Count, totalCount, log));
progress.Add(await ProcessMetas(config.ConnectionString, calcIdName, calcTableName, config.InfluxConfig.DbCalcRetentionPolicy,
config.InfluxConfig.DbCalcMeasurement, TagTypes.Calc, config.InfluxConfig.DefaultTime,
config.InfluxConfig.DoAdHocResampling, config.InfluxConfig.SkipLastPoint,
config.Period, calcFirstTimers, config.InfluxConfig.FirsttimerBatchSize, config.InfluxConfig.Parallelism / 2, influxQueryExecutor,
calcEntityCreator, progress.ProcessedTags, "Calc Firsttimers", calcFirstTimers.Count, totalCount, log));
log.Info($"Processed points: {progress.ProcessedPoints}");
}
public Task OnProgressAsync(AssetUploadProgressEvent @event,
CancellationToken ct)
{
Progress.Add(@event.Progress);
return(Task.CompletedTask);
}
protected void DoAddProgress(ProgressRecord progress)
{
Progress.Add(progress);
}