static int Main(string[] args)
{
foreach (string arg in args)
{
FileInfo fi = new FileInfo(arg);
Console.WriteLine("Verzeichnis: " + fi.DirectoryName);
Console.WriteLine("Datei: " + fi.Name);
if (!fi.Exists) continue;
if (fi.Extension.CompareTo(".xls") != 0) continue;
Console.WriteLine();
// Todo mentzel Proxy zum Generieren der richtigen Instanz (v4, v3 ...)
IAnmeldung av4 = new Internal.AnmeldungV4(fi.FullName);
Console.WriteLine(av4.Verein.Name + " -> " + av4.Verein.GetNameHash());
foreach (Judoka jk in av4.Judoka)
{
Console.Write(" " + jk.Vorname + " " + jk.Nachname);
Console.WriteLine(" -> " + jk.GetNameHash(Judoka.HashType.Sum_Double | Judoka.HashType.Sum_DT));
}
List<Verein> vl = new List<Verein>();
vl.Add(av4.Verein);
List<Trainer> vt = new List<Trainer>();
vt.Add(av4.Trainer);
Console.WriteLine();
CsvPersister<Verein> cpv = new CsvPersister<Verein>(fi.Directory + "\\" + av4.Verein.GetNameHash() + ".verein.csv");
cpv.Persist(vl);
Console.WriteLine("Ausgabe Verein: " + cpv.CsvFile.Substring(fi.DirectoryName.Length+1));
CsvPersister<Trainer> cpt = new CsvPersister<Trainer>(fi.Directory + "\\" + av4.Verein.GetNameHash() + ".trainer.csv");
cpt.Persist(vt);
Console.WriteLine("Ausgabe Trainer: " + cpt.CsvFile.Substring(fi.DirectoryName.Length + 1));
CsvPersister<Judoka> cpj = new CsvPersister<Judoka>(fi.Directory + "\\" + av4.Verein.GetNameHash() + ".judoka.csv");
cpj.Persist(av4.Judoka);
Console.WriteLine("Ausgabe Judoka: " + cpj.CsvFile.Substring(fi.DirectoryName.Length + 1));
Console.WriteLine();
}
Console.ReadLine();
return 0;
}
public async Task Run()
{
_testOutputHelper.WriteLine($"----------------Starting execution: {(ShouldRunLocally() ? "local" : "remote")}");
_testOutputHelper.WriteLine($"Directory for iteration results created at: {_iterationResults}");
var testConfig = TestConfig.Default;
foreach (var agentConfig in testConfig.Agents)
{
// TestOutputHelper writes messages to test output, logged at the end of the test when run with dotnet test
_testOutputHelper.WriteLine($"----------------Running configuration: {agentConfig.Name}");
var resultsConvention = new NamingConvention(agentConfig, _iterationResults);
Directory.CreateDirectory(resultsConvention.ContainerLogs);
_testOutputHelper.WriteLine($"Directory for configuration created at: {resultsConvention.AgentResults}");
await using var sqlServer = CreateSqlServer(resultsConvention);
await sqlServer.StartAsync();
await using var eshopApp = new EshopApp(_network, _collector, sqlServer, resultsConvention, agentConfig);
await eshopApp.StartAsync();
_testOutputHelper.WriteLine("----------------Starting warmup.");
await using var loadDriver = new LoadDriver(_network, resultsConvention, testConfig);
await using var warmupDriverContainer = loadDriver.BuildWarmup();
await warmupDriverContainer.StartAsync();
var warmupExitCode = await warmupDriverContainer.GetExitCode();
Assert.Equal(0, warmupExitCode);
_testOutputHelper.WriteLine($"Warmup finished with exit code: {warmupExitCode}");
// start dotnet-counters inside the app container
await eshopApp.StartCountersAsync();
var processList = await eshopApp.ListProcessesAsync();
// there should be 2 processes running inside the container: the app and dotnet-counters
Assert.Equal(2, processList.Count);
Assert.Contains(processList, s => s.Contains("dotnet Web.dll"));
Assert.Contains(processList, s => s.Contains("./dotnet-counters"));
_testOutputHelper.WriteLine("----------------Starting driving a load on the app.");
await loadDriver.StartAsync();
var exitCode = await loadDriver.StopAsync();
_testOutputHelper.WriteLine($"Load driver exited with code: {exitCode}");
Assert.Equal(0, exitCode);
await eshopApp.StopAsync();
}
_testOutputHelper.WriteLine("----------------Starting perf results collection.");
var results = await new ResultsCollector(_iterationResults).CollectResultsAsync(testConfig.Agents);
_testOutputHelper.WriteLine("----------------Persisting test results.");
// creates or appends to a single file, shared between different test runs
await using var csvPersister = new CsvPersister(_iterationResults.Parent, results);
await csvPersister.PersistResultsAsync();
_testOutputHelper.WriteLine("----------------Persisting test configuration.");
await using var configPersister = new ConfigPersister(_iterationResults.Parent);
await configPersister.PersistConfigurationAsync(testConfig);
}
