public static IRecorder GetRecorder(RecorderType recorderType)
{
IRecorder recorder;
switch (recorderType)
{
case RecorderType.File:
recorder = new FileRecorder();
break;
case RecorderType.Console:
recorder = new ConsoleRecorder();
break;
case RecorderType.Remote:
recorder = new RemoteRecorder();
break;
default:
recorder = null;
break;
}
return(recorder);
}
public void SaveMetrics(string path)
{
ComputeAlgorithmMetrics();
var searchTimeDict = MetricsDictionary.ElementAt(0);
string csvFormatMessage = "Algorithm, SearchTime, CustomerNumber";
foreach (var metrics in searchTimeDict.Value)//writes base csv format message
{
var metricName = metrics.Key;
csvFormatMessage += ", " + metricName;
}
var recorder = new FileRecorder(path, csvFormatMessage);
var fileLogger = new Logger.Logger(recorder);
foreach (var currentMetricDictionary in MetricsDictionary)
{
string csvMessage = currentMetricDictionary.Key.Item1 + ", " + currentMetricDictionary.Key.Item2 + ", " +
currentMetricDictionary.Key.Item3;
foreach (var metric in currentMetricDictionary.Value)
{
var metricValue = metric.Value;
csvMessage += ", " + metricValue;
}
fileLogger.Log(csvMessage);
}
}
public void SaveStats(string path)
{
IRecorder fileRecorder =
new FileRecorder(path);
var myFileLogger = new Logger.Logger(fileRecorder);
var statsPrintableList = GetStatsPrintableList();
myFileLogger.Log(statsPrintableList);
}
private void LoadRecords()
{
FileRecorder fileRecorder = new FileRecorder();
foreach (Record record in fileRecorder.RecordList)
{
AddRecord(record, false);
foreach (SubRecord subRecord in record.SubRecords)
{
AddSubRecord(record.ID, subRecord, false);
}
}
}
public override void OnSimulationStart()
{
IRecorder fileRecorder = new FileRecorder(Path.Combine(Params.CurrentSimulationLoggerPath, @"event_logs.txt"));
EventLogger = new Logger.Logger(fileRecorder);
IRecorder validationsRecorder = new FileRecorder(Path.Combine(Params.CurrentSimulationLoggerPath, @"validations.txt"), "ValidationId,CustomerId,Category,OperationSuccess,VehicleId,RouteId,TripId,ServiceStartTime,StopId,Time");
ValidationsLogger = new Logger.Logger(validationsRecorder);
if (Params.NumberDynamicRequestsPerHour > 0)
{
AddAllDynamicRequestEvents();
}
Params.VehicleNumber = Context.VehicleFleet.Count;
Params.PrintParams();
var paramsPath = Path.Combine(Params.CurrentSimulationLoggerPath, @"params.txt");
Params.SaveParams(paramsPath);
Stats = new SimulationStats(this);//initializes Stats
SortEvents();
}
public void TestFixtureTearDown()
{
_fileRecorder.Clear();
_fileRecorder = null;
}
public void TestFixtureSetup()
{
_fileRecorder = new PaloAltoUrlUnifiedRecorder();
_context = new FileLineRecorderContext(_base);
}
public void StructureFile(string path)
{
FileDataReader fdr = new FileDataReader();
var unstructuredData = fdr.ImportData(path, ',', false);
var algorithmCounter = 0;
var datasetId = 1;
var algorithmsList = new List <string>();
var dataSetList = new List <string[]>();
var dataList = new List <string[]>();
string[] currentDataset = null;
foreach (var data in unstructuredData)
{
if (algorithmCounter == 0)
{
string[] dataSet = new string[data.Length + 1];
dataSet[0] = datasetId++.ToString();
for (int i = 0; i < data.Length; i++)
{
dataSet[i + 1] = data[i];
}
Console.WriteLine("Dataset " + dataSet[0] + "- Customer Number: " + dataSet[1] + "; Vehicle number: " + dataSet[2] + " ; MaxRideTime: " + dataSet[3] + " ; MaxAllowedUpperBound: " + dataSet[4]);
dataSetList.Add(dataSet);
currentDataset = dataSet;
}
else
{
var algorithmStats = data;
Console.WriteLine(algorithmStats[0]);
if (!algorithmsList.Contains(algorithmStats[0]))
{
algorithmsList.Add(algorithmStats[0]);
}
string[] algData = new string[algorithmStats.Length + 1];
algData[0] = algorithmsList.FindIndex(a => a == algorithmStats[0]).ToString();
for (int i = 1; i < algorithmStats.Length; i++)
{
algData[i] = algorithmStats[i];
}
algData[algorithmStats.Length] = dataSetList.FindIndex(d => d == currentDataset).ToString();
dataList.Add(algData);
Console.WriteLine("Alg: " + algData[0] + " ; AllowdropNodes:" + algData[1] + " ; Feasible: " +
algData[2] + " ; SearchTime: " + algData[3] + " ; ComputationTime:" +
algData[4] + " ; ObjValue: " + algData[5] + " ; MaximumAllowedDeliveryDelay: " +
algData[6] + " ; TotalServedRequests: " + algData[7] + " ; TotalDistance: " +
algData[8] + " ; TotalTime: " + algData[9] + " ; VehiclesUsed: " +
algData[10] + " ; Dataset: " + algData[11]);
}
algorithmCounter++;
if (algorithmCounter == 8)
{
algorithmCounter = 0;
}
}
IRecorder algorithmStructRecorder = new FileRecorder(Path.Combine(@Path.Combine(Environment.CurrentDirectory, @"Logger", @"AlgorithmsStruct.csv")));
IRecorder datasetRecorder = new FileRecorder(Path.Combine(@Path.Combine(Environment.CurrentDirectory, @"Logger", @"Dataset.csv")));
for (int j = 0; j < 2; j++)
{
IRecorder recorder;
List <string[]> dataToBeRecorded = null;
if (j == 0)
{
dataToBeRecorded = dataList;
recorder = algorithmStructRecorder;
string firstLine = "AlgId, AllowdropNodes,Feasible,SearchTime,ComputationTime,ObjValue,MaximumAllowedDeliveryDelay,TotalServedRequests,TotalDistance,TotalTime, VehiclesUsed, DatasetId";
recorder.Record(firstLine);
}
else
{
dataToBeRecorded = dataSetList;
recorder = datasetRecorder;
string firstLine = "DatasetId,CustomerNumber, Vehicle number,MaxRideTime,MaxAllowedUpperBound";
recorder.Record(firstLine);
}
foreach (var data in dataToBeRecorded)
{
var toBeRecorded = "";
var splitter = ',';
for (int i = 0; i < data.Length; i++)
{
if (i != data.Length - 1)
{
toBeRecorded += data[i] + splitter;
}
else
{
toBeRecorded += data[i];
}
}
recorder.Record(toBeRecorded);
}
}
}
