private static void CalculateResults(ResultGroups resultGroups)
{
// Calculate the results for each tester and sample size
foreach (var testerType in _testerTypes)
{
// Get the tester results
var testerResults = resultGroups.SingleOrDefault(i => i.SerializerType == testerType);
if (testerResults == null)
{
throw new NullReferenceException(String.Format("Cannot find tester results for type {0}", testerType.ToString()));
}
foreach (var sampleSize in _sampleSizes)
{
// Get the sample results
var sampleResults = testerResults.Results.Where(i => i.SampleSize == sampleSize);
if (sampleResults.Count() == 0)
{
throw new KeyNotFoundException(String.Format("Cannot find tester results for sample size of {0}", sampleSize));
}
var calculatedResult = CalculateAverageOfResults(sampleResults);
calculatedResult.SampleSize = sampleSize;
testerResults.CalculatedResults.Add(calculatedResult);
}
}
}
private static ResultGroups CreateResultGroups()
{
var results = new ResultGroups();
foreach (var testerType in _testerTypes)
{
results.Add(new ResultGroup {
SerializerType = testerType
});
}
return(results);
}
private static void PerformTests(SampleDataSets <Orders> sampleDatasets, ResultGroups resultGroups)
{
foreach (var testerType in _testerTypes)
{
foreach (var sampleSize in _sampleSizes)
{
// Get the sample data
var sampleDataset = sampleDatasets.FirstOrDefault(x => x.Size == sampleSize);
if (sampleDataset != null)
{
// Get the result group to add the test results to
var resultGroup = resultGroups.GetByTesterType(testerType);
// Perform number of tests required and get the results
PerformTestByTesterAndSample(testerType, sampleDataset, resultGroup, _testsToPerformPerInstance);
}
}
}
}
private static void OutputResults(ResultGroups resultGroups)
{
var consoleFormatString = "|{0,-30}|{1,10}|{2,10}|{3,10}|{4,10}|";
Console.WriteLine("");
Console.WriteLine(String.Format(consoleFormatString, "Serializer", "Sample", "Size", "Ser.", "Deser."));
foreach (var resultGroup in resultGroups)
{
foreach (var calculatedResult in resultGroup.CalculatedResults.OrderBy(i => i.SampleSize))
{
Console.WriteLine(String.Format(consoleFormatString,
resultGroup.SerializerType.Name,
calculatedResult.SampleSize,
calculatedResult.SerializedObjectSize,
calculatedResult.SerializationTime,
calculatedResult.DeserializationTime));
}
}
}
public ResultViewModel(
string title,
string desc,
string date,
double distance,
string duration,
double kmh,
string minkm,
ResultGroups group)
{
_title = title;
_description = desc;
_date = date;
_distance = distance;
_duration = duration;
_kilometerPerHour = kmh;
_minutePerKilometer = minkm;
_groups = group;
}
public void Add(SearchResultPart part)
{
ResultGroups.Add(new SearchResultGroupVM(part.GroupKey, RootDir, part.Group.ToList()));
}
