public TraceManager(
string cpcPath,
string scenarioPath) : base()
{
_cpcPath = cpcPath;
_scenarioGenerator = new ScenarioGenerator(scenarioPath);
}
public void should_use_propper_xUnit_attribute()
{
var Scenario = new Scenario {
Tags = { "ignore reason" }
};
var backup = Settings.XUnit;
Settings.XUnit = XUnits.Framework["mbunit"];
var Sut = new ScenarioGenerator(Scenario);
try { Sut.Code.ShouldContain(@"[Ignore(""reason"")]"); }
finally { Settings.XUnit = backup; }
}
public void TestCommandLogUpdate()
{
CommandLog c = ScenarioGenerator.GetFilledCommandLog();
string name = "1234";
bool sent = !c.Sent;
long time = 1234;
c.Name = name;
c.Sent = sent;
c.Timestamp = time;
clRep.Update(c.Id, c);
CommandLog act = clRep.GetById(c.Id);
Assert.ReferenceEquals(c, act);
}
public void StartRoundInternal(int index)
{
Time.timeScale = 1f;
SetShotsFired(0);
if (GameManager.ActivePlayerController != null)
{
GameManager.ActivePlayerController.SetCanFire(false);
}
m_currentRound = ScenarioGenerator.GenerateRound(index, m_preset);
m_nextRoundIndex = index + 1;
StartRoundRoutine(RoundStartRoutine());
}
private static void RunIteration(long[, , ,] times, int[, ,] workloadCounts, int[, ,] elementCounts, int sizeIdx, int n, int ratioIdx, ref long sumPoll, ref long sumInc, float ratio, int iteration)
{
Console.WriteLine("Generating workload for n={0},ratio={1},iteration={2}...", n, ratio, iteration);
int employeesCount;
var workload = ScenarioGenerator.GenerateScenario(ratio, n, 1000, out employeesCount);
workloadCounts[sizeIdx, ratioIdx, iteration] = workload.Count;
elementCounts[sizeIdx, ratioIdx, iteration] = employeesCount;
Console.WriteLine("Generated workload of {0} items.", workload.Count);
var classicTime = PlayWorkloadClassic(workload, employeesCount, "classic.log");
var batchTime = PlayWorkloadBatch(workload, employeesCount, "batch.log");
var incTime = PlayWorkloadIncremental(workload, employeesCount, "inc.log");
times[sizeIdx, ratioIdx, iteration, 0] = classicTime.Initialization;
times[sizeIdx, ratioIdx, iteration, 1] = batchTime.Initialization;
times[sizeIdx, ratioIdx, iteration, 2] = incTime.Initialization;
times[sizeIdx, ratioIdx, iteration, 3] = classicTime.MainWorkload;
times[sizeIdx, ratioIdx, iteration, 4] = batchTime.MainWorkload;
times[sizeIdx, ratioIdx, iteration, 5] = incTime.MainWorkload;
times[sizeIdx, ratioIdx, iteration, 6] = classicTime.MemoryConsumption;
times[sizeIdx, ratioIdx, iteration, 7] = batchTime.MemoryConsumption;
times[sizeIdx, ratioIdx, iteration, 8] = incTime.MemoryConsumption;
if (!FileContentsMatch("classic.log", "inc.log") || !FileContentsMatch("classic.log", "batch.log"))
{
var consoleColor = Console.ForegroundColor;
Console.ForegroundColor = ConsoleColor.Red;
Console.WriteLine("!!! The output files do not match !!!");
Console.ForegroundColor = consoleColor;
Debugger.Break();
}
if (iteration > 0)
{
sumPoll += batchTime.MainWorkload;
sumInc += incTime.MainWorkload;
}
}
private void GenerateScenario()
{
LogFile.Info(ScenarioGenerator.WriteScenarioToString(_game));
}
public void GenerateTestScenario()
{
ScenarioGenerator.WriteScenario(Game);
}
public void should_add_Scenario_Tags_to_tests()
{
var Sut = new ScenarioGenerator(Scenario);
Sut.Code.ShouldContain(@"[TestCategory(""tag"")]");
}
