public void UnfixRoSuccesfully()
{
//Arrange
SetupFolders();
UnfixerWorker.Setup(KspTestPath);
var unfixerWorker = new UnfixerWorker();
//Act
var taskFirtPass = unfixerWorker.StartUnfixing(null);
taskFirtPass.Wait();
var firstPassCount = UnfixerWorker.UnfixingResultsDictionary.Values.Count(x => x == UnfixState.Unfixed);
UnfixerWorker.Setup(KspTestPath);
var taskSecondPass = unfixerWorker.StartUnfixing(null);
taskSecondPass.Wait();
var secondPassCount = UnfixerWorker.UnfixingResultsDictionary.Values.Count(x => x == UnfixState.Unfixed);
//Assert
Assert.IsTrue(firstPassCount >= 1 && secondPassCount == 0);
}
public void ModsOnTheWhitelistAreNotUnfixed()
{
//Arrange
SetupFolders();
UnfixerWorker.Setup(KspTestPath);
var unfixerWorker = new UnfixerWorker();
//Act
var taskFirtPass = unfixerWorker.StartUnfixing(null);
taskFirtPass.Wait();
var notProcessedDlls = UnfixerWorker.UnfixingResultsDictionary.Values.Count(x => x == UnfixState.WhiteListed);
//Assert
Assert.AreEqual(UnfixerWorker.WhiteList.Count, notProcessedDlls);
}
public void MultiWorkersUnfixSuccesfully()
{
//Arrange
var logicalCores = Environment.ProcessorCount;
SetupFolders();
UnfixerWorker.Setup(KspTestPath);
var monoUnfixerWorker = new UnfixerWorker();
var timeBeforeExecuteMono = DateTime.Now;
var taskFirtPass = monoUnfixerWorker.StartUnfixing(null);
taskFirtPass.Wait();
var monoTime = DateTime.Now.Subtract(timeBeforeExecuteMono).TotalMilliseconds;
var monoPassCount = UnfixerWorker.UnfixingResultsDictionary.Values.Count(x => x == UnfixState.Unfixed);
//Act
SetupFolders();
UnfixerWorker.Setup(KspTestPath);
var unfixerWorkers = new UnfixerWorker [logicalCores];
var unfixerTasks = new Task[logicalCores];
var timeBeforeExecuteMulti = DateTime.Now;
for (var i = 0; i < logicalCores; i++)
{
unfixerWorkers[i] = new UnfixerWorker();
unfixerTasks[i] = unfixerWorkers[i].StartUnfixing(null);
}
Task.WaitAll(unfixerTasks);
var multiTime = DateTime.Now.Subtract(timeBeforeExecuteMulti).TotalMilliseconds;
var multiPassCount = UnfixerWorker.UnfixingResultsDictionary.Values.Count(x => x == UnfixState.Unfixed);
//Assert
Assert.AreEqual(monoPassCount, multiPassCount, "Error: multi count = " + multiPassCount + " != mono count= " + monoPassCount);
Assert.IsTrue(multiTime < monoTime, "Error: Multi Time = " + multiTime + " > Mono time = " + monoTime);
}
public void UpdateWhiteList()
{
//Arrange
SetupFolders();
UnfixerWorker.Setup(KspTestPath);
var unfixerWorker = new UnfixerWorker();
//Act
var taskFirtPass = unfixerWorker.StartUnfixing(null);
taskFirtPass.Wait();
var errorsDlls = UnfixerWorker.UnfixingResultsDictionary.Where(x => x.Value == UnfixState.Error);
using (var file =
new System.IO.StreamWriter("whitelist.txt", true))
{
foreach (var failedDll in errorsDlls)
{
file.WriteLine(Path.GetFileName(failedDll.Key));
}
}
SetupFolders();
UnfixerWorker.Setup(KspTestPath);
var unfixerWorker2 = new UnfixerWorker();
var taskSecondPass = unfixerWorker2.StartUnfixing(null);
taskSecondPass.Wait();
var countErrorsDlls = UnfixerWorker.UnfixingResultsDictionary.Count(x => x.Value == UnfixState.Error);
//Assert
Assert.AreEqual(0, countErrorsDlls);
File.Copy("whitelist.txt", @"..\..\..\KSP64TotalUnfixer.Core\whitelist.txt", true);
}