public void Upgrade(ILogger logger, IDeploymentComponentFactory deploymentComponentFactory, NugetPackage installedPackage)
{
PerformanceLogger performanceLogger = new PerformanceLogger(logger);
performanceLogger.Restart("Opening, Calculating and planing deployment component");
using (ParallelReadableZipArchive upgradeZipArchive = Open(packagePathAndFileName))
{
if (upgradeZipArchive == null)
{
throw new InvalidOperationException($"Source archive {packagePathAndFileName} not found.");
}
using (ParallelReadableZipArchive installedzipArchive = installedPackage?.Open())
{
IReadOnlyCollection <ParallelReadableZipArchiveEntry> installedEntries = installedzipArchive?.Entries;
IReadOnlyCollection <ParallelReadableZipArchiveEntry> newEntries = upgradeZipArchive.Entries;
IReadOnlyCollection <IDeploymentComponent> deploymentComponents = deploymentComponentFactory.CreateDeploymentComponents(this, installedPackage, installedEntries, newEntries);
performanceLogger.Stop();
performanceLogger.Restart("Execution of deployment activities");
UpgradeDeploymentComponents(deploymentComponents, newEntries);
performanceLogger.Stop();
}
}
}
public void CalculateMetricsTest()
{
var count = 100;
var logger = new PerformanceLogger();
logger.Start();
for (int i = 0; i < count; ++i)
{
logger.Start("Fast");
logger.Stop("Fast");
logger.Start("Slow");
System.Threading.Thread.Sleep(1);
logger.Stop("Slow");
}
logger.Stop();
var metrics = logger.CalculateMetrics();
Assert.AreEqual(2, metrics.Count);
foreach (var m in metrics)
{
Assert.AreEqual(count, m.Value.Count);
Assert.IsTrue(m.Value.PercentTotal >= 0);
Assert.IsTrue(m.Value.PercentTotal <= 100);
}
}
public void EfficientFrontierPerformanceTest()
{
// Create new portfolio
var portf = new Portfolio("TestPortfolio");
// Create instruments from data
var instruments = from k in cov.Keys
select new Instrument(k, mean[k], cov[k]);
portf.AddRange(instruments);
// Add portfolio constraints
portf.AddAllInvestedConstraint();
portf.AddLongOnlyConstraint();
double rf = 0.05;
int runs = 100;
for (int c = 0; c < runs; c++)
{
PerformanceLogger.Start("EfficientFrontierTests", "EfficientFrontierPerformanceTest", "Optimization.CalcEfficientFrontier");
var res = PortfolioOptimizer.CalcEfficientFrontier(portf, rf, 50);
Console.WriteLine(c);
PerformanceLogger.Stop("EfficientFrontierTests", "EfficientFrontierPerformanceTest", "Optimization.CalcEfficientFrontier");
}
PerformanceLogger.WriteToCSV("performancedata.csv");
}
/*
* In case of error during uprading return a modified nuget package
* assume that that everything that should be removed is still there
* in case of upgrade it might be harder because we can not be sure what happend before.
* but the deployment action must handle this!
*/
public void Upgrade(string packageId, Version packageVersion, string packageDownloadUri)
{
var loggerstate = new LoggerState
{
{ nameof(packageId), packageId },
{ nameof(packageVersion), packageVersion },
{ nameof(packageDownloadUri), packageDownloadUri },
};
logger.LogInformation("Upgrading package '{0}' to version '{1}'", packageId, packageVersion);
using (logger.BeginScope(loggerstate))
{
PerformanceLogger performanceLogger = new PerformanceLogger(logger);
logger.LogInformation("Starting action on package xml list.");
performanceLogger.Restart("Starting action on package xml list.");
packageListRepository.StartActionOnPackage(packageId, packageVersion);
performanceLogger.Stop();
logger.LogInformation("Installing new package.");
performanceLogger.Restart("Installing new package.");
NugetPackage upgradePackage = nugetPackageRepository.InstallPackage(packageId, packageVersion, packageDownloadUri);
performanceLogger.Stop();
logger.LogInformation("Reading installed package.");
performanceLogger.Restart("Reading installed package.");
NugetPackage installedPackage = nugetPackageRepository.ReadInstalledPackage(packageId);
logger.LogInformation("Installed Package: {0}", installedPackage?.PackageIdentifier);
performanceLogger.Stop();
logger.LogInformation("Upgrading package.");
performanceLogger.Restart("Upgrading package.");
upgradePackage.Upgrade(logger, deploymentComponentFactory, installedPackage);
performanceLogger.Stop();
logger.LogInformation("Archiving package.");
performanceLogger.Restart("Archiving package.");
nugetPackageRepository.ArchivePackage(packageId);
performanceLogger.Stop();
logger.LogInformation("Ending action on package xml list.");
performanceLogger.Restart("Ending action on package xml list.");
packageListRepository.EndActionOnPackage(packageId, packageVersion);
performanceLogger.Stop();
}
}
public void CanLoadTileDynamically()
{
// ARRANGE
var logger = new PerformanceLogger();
logger.Start();
var componentRoot = TestHelper.GetGameRunner(_container);
// ACT
componentRoot.RunGame(TestHelper.BerlinTestFilePoint);
logger.Stop();
// ASSERT
var tileLoader = _container.Resolve <ITileController>() as TileController;
Assert.IsNotNull(tileLoader);
Assert.AreEqual(1, GetSceneTileCount(tileLoader));
Assert.Less(logger.Seconds, 3, "Loading took too long");
// NOTE Actual value should be close to expected consumption for test data
Assert.Less(logger.Memory, 100, "Memory consumption is too high!");
}
