private AnalysedResult runPostAnalysers(IEnumerable <AnalysedResult> analysed)
{
var results = new List <IAnalyseResult>();
var res = new AnalysedResult()
{
Results = results,
Source = new PostAnalyserSource()
};
foreach (var analyser in this.Config.PostAnalysers)
{
Dictionary <string, int> passed = new Dictionary <string, int>();
var locations = new List <String>();
foreach (var id in analyser.When)
{
foreach (var sourceItem in analysed)
{
if (sourceItem.Results != null)
{
foreach (var result in sourceItem.Results)
{
var actionResult = result as IAnalyseActionResult;
if (actionResult != null)
{
if (actionResult.Action.Id == id)
{
if (passed.ContainsKey(id))
{
passed[id]++;
}
else
{
passed.Add(id, 1);
}
var location = result as ILocation;
if (location != null)
{
locations.AddRange(location.Locations);
}
}
}
}
}
}
}
if (analyser.When.Length > 0 && analyser.When.Length == passed.Keys.Count)
{
results.Add(new PostAnalyseResult()
{
DisplayMessage = analyser.Then.DisplayMessage,
Severity = analyser.Then.Severity,
Locations = locations
});
}
}
return(res);
}
private AnalysedResult GetBatteryStatusOfSerialNumberGroup(List <BatteryData> groupedBatteryData)
{
var analysedResult = new AnalysedResult(groupedBatteryData.FirstOrDefault().serialNumber);
//Order by timestamp
var orderedGroupedBatteryData = groupedBatteryData.OrderBy(batteryData => batteryData.timestamp).ToList();
//Initialization of required vars
var previousBatteryLevel = 1.00;
var continousDecrementedBatteryLevel = new List <BatteryLevelTimestamp>();
var batteryLevelAvgTillIncrement = new List <double>();
//Iterate over the list
orderedGroupedBatteryData.ForEach(batteryData => {
if (batteryData.batteryLevel <= previousBatteryLevel)
{
//Add the Object in the continous decremented battery level list
continousDecrementedBatteryLevel.Add(new BatteryLevelTimestamp(batteryData.batteryLevel, batteryData.timestamp));
}
else
{
//Check if there are required elements available to find the average
if (continousDecrementedBatteryLevel.Count >= 2)
{
var percentageDecreaseInADay = GetPercentageDecreaseInADay(continousDecrementedBatteryLevel);
batteryLevelAvgTillIncrement.Add(percentageDecreaseInADay);
//Clear the continous list as we found the increment in the battery
continousDecrementedBatteryLevel.Clear();
}
}
previousBatteryLevel = batteryData.batteryLevel;
});
//handled the corner case where in the end there is no increment in the battery level
if (continousDecrementedBatteryLevel.Count >= 2)
{
var percentageDecreaseInADay = GetPercentageDecreaseInADay(continousDecrementedBatteryLevel);
batteryLevelAvgTillIncrement.Add(percentageDecreaseInADay);
//Clear the continous list as we found the increment in the battery
continousDecrementedBatteryLevel.Clear();
}
//find the Average of Average battery level (final average)
if (batteryLevelAvgTillIncrement.Any())
{
if (batteryLevelAvgTillIncrement.Average() <= 30)
{
analysedResult.batteryStatus = BatteryStatus.Good;
}
else
{
analysedResult.batteryStatus = BatteryStatus.Faulty;
}
analysedResult.averageConsumption = batteryLevelAvgTillIncrement.Average();
}
else
{
analysedResult.batteryStatus = BatteryStatus.Unknown;
}
return(analysedResult);
}
