public void When_given_configuration_file_it_should_place_it_the_configuration_space()
{
var directory = new PathTranslator(format("/StorageLocation"), format("/home/ack/src/MySolution/SomeSolution.sln"), _directoryExists, _createDirectory)
.Translate(format("/home/ack/src/MySolution/AutoTest.config"));
Assert.That(
directory,
Is.EqualTo(format("/StorageLocation/Configuration/MySolution_cdd8fcbb3e82fce3dc5b40e585a4949d/AutoTest.config")));
}
public void When_given_mm_dll_file_it_should_place_it_the_cache_space()
{
var directory = new PathTranslator(format("/StorageLocation"), format("/home/ack/src/MySolution/SomeSolution.sln"), _directoryExists, _createDirectory)
.Translate(format("/home/ack/src/MySolution/Project/bin/autotest.net/project.mm.dll"));
Assert.That(
directory,
Is.EqualTo(format("/home/ack/src/MySolution/Project/bin/autotest.net/project.mm.dll")));
}
public void When_given_a_file_on_solution_root_it_should_place_it_on_storage_solution_root()
{
var directory = new PathTranslator(format("/StorageLocation"), format("/home/ack/src/MySolution/SomeSolution.sln"), _directoryExists, _createDirectory)
.Translate(format("/home/ack/src/MySolution/SomeFileOnRoot.txt"));
Assert.That(
directory,
Is.EqualTo(format("/StorageLocation/MySolution_cdd8fcbb3e82fce3dc5b40e585a4949d/SomeFileOnRoot.txt")));
}
public void When_given_a_token_ending_with_directory_separator_it_will_parse_as_usual()
{
var directory = new PathTranslator(format("/StorageLocation"), format("/home/ack/src/MySolution/"), _directoryExists, _createDirectory)
.Translate(format("/home/ack/src/MySolution/Project/Project.csproj"));
Assert.That(
directory,
Is.EqualTo(format("/StorageLocation/MySolution_cdd8fcbb3e82fce3dc5b40e585a4949d/Project_f1d7213851ba028add97b0669af210b6/Project.csproj")));
}
public void When_given_configuration_file_it_should_place_it_the_configuration_space()
{
var directory = new PathTranslator(format("/StorageLocation"), format("/home/ack/src/MySolution/SomeSolution.sln"), _directoryExists, _createDirectory)
.Translate(format("/home/ack/src/MySolution/AutoTest.config"));
var resultHash = Environment.OSVersion.Platform == PlatformID.Unix || Environment.OSVersion.Platform == PlatformID.MacOSX ? "089916fa47d570a46efee1a1c04d77bc" : "cdd8fcbb3e82fce3dc5b40e585a4949d";
Assert.That(
directory,
Is.EqualTo(format("/StorageLocation/Configuration/MySolution_" + resultHash + "/AutoTest.config")));
}
public void When_given_a_file_on_solution_root_it_should_place_it_on_storage_solution_root()
{
var directory = new PathTranslator(format("/StorageLocation"), format("/home/ack/src/MySolution/SomeSolution.sln"), _directoryExists, _createDirectory)
.Translate(format("/home/ack/src/MySolution/SomeFileOnRoot.txt"));
var resultHash = OS.IsPosix ? "089916fa47d570a46efee1a1c04d77bc" : "cdd8fcbb3e82fce3dc5b40e585a4949d";
Assert.That(
directory,
Is.EqualTo(format("/StorageLocation/MySolution_" + resultHash + "/SomeFileOnRoot.txt")));
}
public void When_given_a_token_ending_with_directory_separator_it_will_parse_as_usual()
{
var directory = new PathTranslator(format("/StorageLocation"), format("/home/ack/src/MySolution/"), _directoryExists, _createDirectory)
.Translate(format("/home/ack/src/MySolution/Project/Project.csproj"));
var resultHash = Environment.OSVersion.Platform == PlatformID.Unix || Environment.OSVersion.Platform == PlatformID.MacOSX ? "089916fa47d570a46efee1a1c04d77bc" : "cdd8fcbb3e82fce3dc5b40e585a4949d";
var fileHash = Environment.OSVersion.Platform == PlatformID.Unix || Environment.OSVersion.Platform == PlatformID.MacOSX ? "8ea3519034d6d6a404a6e174b03615e1" : "f1d7213851ba028add97b0669af210b6";
Assert.That(
directory,
Is.EqualTo(format("/StorageLocation/MySolution_" + resultHash + "/Project_" + fileHash + "/Project.csproj")));
}
public void When_having_a_solution_file_watch_token_it_will_translate_to_the_same_path_as_directory()
{
var directory = new PathTranslator(format("/StorageLocation"), format("/home/ack/src/MySolution"), _directoryExists, _createDirectory)
.Translate(format("/home/ack/src/MySolution/Project/Project.csproj"));
var file = new PathTranslator(format("/StorageLocation"), format("/home/ack/src/MySolution"), _directoryExists, _createDirectory)
.Translate(format("/home/ack/src/MySolution/Project/Project.csproj"));
Assert.That(
directory,
Is.EqualTo(format("/StorageLocation/MySolution_cdd8fcbb3e82fce3dc5b40e585a4949d/Project_f1d7213851ba028add97b0669af210b6/Project.csproj")));
Assert.That(
file,
Is.EqualTo(format("/StorageLocation/MySolution_cdd8fcbb3e82fce3dc5b40e585a4949d/Project_f1d7213851ba028add97b0669af210b6/Project.csproj")));
Assert.That(file, Is.EqualTo(directory));
}
public string GetConfiguration(string watchToken)
{
if (watchToken == null)
return null;
var localFile = Path.Combine(getWatchPath(watchToken), "AutoTest.config");
var file = new PathTranslator(watchToken).Translate(localFile);
if (file == null)
file = "";
if (File.Exists(file))
return file;
if (File.Exists(localFile))
return localFile;
return file;
}
public void When_having_a_solution_file_watch_token_it_will_translate_to_the_same_path_as_directory()
{
var directory = new PathTranslator(format("/StorageLocation"), format("/home/ack/src/MySolution"), _directoryExists, _createDirectory)
.Translate(format("/home/ack/src/MySolution/Project/Project.csproj"));
var file = new PathTranslator(format("/StorageLocation"), format("/home/ack/src/MySolution"), _directoryExists, _createDirectory)
.Translate(format("/home/ack/src/MySolution/Project/Project.csproj"));
var resultHash = OS.IsPosix ? "089916fa47d570a46efee1a1c04d77bc" : "cdd8fcbb3e82fce3dc5b40e585a4949d";
var fileHash = OS.IsPosix ? "8ea3519034d6d6a404a6e174b03615e1" : "f1d7213851ba028add97b0669af210b6";
Assert.That(
directory,
Is.EqualTo(format("/StorageLocation/MySolution_" + resultHash + "/Project_" + fileHash + "/Project.csproj")));
Assert.That(
file,
Is.EqualTo(format("/StorageLocation/MySolution_" + resultHash + "/Project_" + fileHash + "/Project.csproj")));
Assert.That(file, Is.EqualTo(directory));
}
public void SetUp()
{
_launcer = MockRepository.GenerateMock<IApplicatonLauncher>();
_messageBus = MockRepository.GenerateMock<IMessageBus>();
_validator = MockRepository.GenerateMock<IWatchValidator>();
_configuration = MockRepository.GenerateMock<IConfiguration>();
_pathLocator = MockRepository.GenerateMock<IWatchPathLocator>();
_cahce = MockRepository.GenerateMock<ICache>();
_slnConsumer = MockRepository.GenerateMock<ISolutionChangeConsumer>();
_rebuildMarker = MockRepository.GenerateMock<IMarkProjectsForRebuild>();
_configuration.Stub(x => x.IgnoreFile).Return("");
_validator.Stub(v => v.GetIgnorePatterns()).Return("");
_configuration.Stub(c => c.FileChangeBatchDelay).Return(50);
_configuration.Stub(c => c.WatchAllFiles).Return(true);
_configuration.Stub(c => c.WatchToken).Return(_watchDirectory);
_watcher = new DirectoryWatcher(_messageBus, _validator, _configuration, MockRepository.GenerateMock<IHandleDelayedConfiguration>(), _pathLocator, _launcer, _cahce, _rebuildMarker, _slnConsumer);
_file = Path.GetFullPath("watcher_test.txt");
_directory = Path.GetFullPath("mytestfolder");
_watchDirectory = Path.GetDirectoryName(_file);
_pathLocator.Stub(x => x.Locate(_watchDirectory)).Return(_watchDirectory);
_localConfig = new PathTranslator(_watchDirectory).Translate(Path.Combine(_watchDirectory, "AutoTest.config"));
File.WriteAllText(_localConfig, "<configuration></configuration>");
_watcher.Watch(_watchDirectory);
}
public bool IsSolutionInitialized()
{
if (Environment.OSVersion.Platform != PlatformID.MacOSX && Environment.OSVersion.Platform != PlatformID.Unix && _configuration.AllSettings("mm-ProfilerSetup") != "DONTRUN")
{
var minimizer = getMinimizer();
if (!File.Exists(minimizer.GetDBName()))
return false;
var dbInfo = new FileInfo(minimizer.GetDBName());
if (dbInfo.Length == 0 && DateTime.Now.Subtract(dbInfo.CreationTime).TotalMinutes <= 2)
return false;
}
var hasValidMMFile = false;
var cache = BootStrapper.Services.Locate<ICache>();
var projects = cache.GetAll<Project>();
foreach (var project in projects)
{
Logger.WriteDebug("Preparing existence check for project: " + project.Key);
var assembly = project.GetAssembly(_configuration.CustomOutputPath);
if (assembly == "")
{
Logger.WriteDebug("Could not build assembly path");
continue;
}
var extension = Path.GetExtension(assembly);
try
{
var mm = Path.Combine(Path.GetDirectoryName(assembly), Path.GetFileNameWithoutExtension(assembly) + ".mm" + extension);
mm = new PathTranslator(_configuration.WatchToken).Translate(mm);
Logger.WriteDebug("Checking for the existence of " + mm);
if (File.Exists(mm))
{
hasValidMMFile = true;
continue;
}
if (!File.Exists(assembly))
{
if (project.Value != null)
project.Value.RebuildOnNextRun();
continue;
}
File.Copy(assembly, mm);
if (project.Value != null)
project.Value.RebuildOnNextRun();
}
catch (Exception ex)
{
Logger.WriteError("Failed to check for " + assembly);
Logger.WriteError(ex.ToString());
}
}
return hasValidMMFile;
}
public void When_given_mm_cache_bin_file_it_should_place_it_the_cache_space()
{
var directory = new PathTranslator(format("/StorageLocation"), format("/home/ack/src/MySolution/SomeSolution.sln"), _directoryExists, _createDirectory)
.Translate(format("/home/ack/src/MySolution/Project/bin/autotest.net/projectmm_cache.bin"));
Assert.That(
directory,
Is.EqualTo(format("/StorageLocation/Cache/MySolution_cdd8fcbb3e82fce3dc5b40e585a4949d/projectmm_cache_c39a9a2c31917ec0f174c8bde0fdb00a/projectmm_cache.bin")));
}
public void When_translating_from_a_storage_url_that_has_not_been_translated_to_it_will_return_null()
{
var translator = new PathTranslator(format("/StorageLocation/"), format("/home/ack/src/MySolution"), _directoryExists, _createDirectory);
Assert.That(translator.TranslateFrom(format("/home/ack/src/MySolution/Project/ProjectNonExistent.csproj")), Is.Null);
}
public void When_translating_from_a_storage_url_that_has_been_translated_to_it_will_return_original_url()
{
var toTranslate = format("/home/ack/src/MySolution/Project/Project.csproj");
var translator = new PathTranslator(format("/StorageLocation/"), format("/home/ack/src/MySolution"), _directoryExists, _createDirectory);
var directory = translator.Translate(toTranslate);
Assert.That(translator.TranslateFrom(directory), Is.EqualTo(toTranslate));
}
public void When_given_null_as_path_to_translate_it_will_respond_with_null()
{
var directory = new PathTranslator(format("/StorageLocation/"), format("/home/ack/src/MySolution"), _directoryExists, _createDirectory)
.Translate(null);
Assert.That(
directory,
Is.Null);
}
public void When_given_null_as_watch_token_it_will_respond_with_null()
{
var directory = new PathTranslator(format("/StorageLocation/"), null, _directoryExists, _createDirectory)
.Translate(format("/home/some/other/location/Project/Project.csproj"));
Assert.That(
directory,
Is.Null);
}
public void When_given_a_project_outside_the_solution_tree_it_will_use_an_alternative_storage_under_the_solution_location()
{
var directory = new PathTranslator(format("/StorageLocation/"), format("/home/ack/src/MySolution/ASolution.sln"), _directoryExists, _createDirectory)
.Translate(format("/home/some/other/location/Project/Project.csproj"));
var resultHash = Environment.OSVersion.Platform == PlatformID.Unix || Environment.OSVersion.Platform == PlatformID.MacOSX ? "089916fa47d570a46efee1a1c04d77bc" : "cdd8fcbb3e82fce3dc5b40e585a4949d";
var fileHash = Environment.OSVersion.Platform == PlatformID.Unix || Environment.OSVersion.Platform == PlatformID.MacOSX ? "4fba365c1b1e9fb388685dd707a8dd5a" : "c1657f5a6230c5e986018dd389088a6e";
Assert.That(
directory,
Is.EqualTo(format("/StorageLocation/MySolution_" + resultHash + "/Project_" + fileHash + "/Project.csproj")));
}
public void When_returning_a_storage_apth_it_will_make_sure_that_all_directories_exists()
{
var directory = new PathTranslator(format("/StorageLocation/"), format("/home/ack/src/MySolution"), _directoryExists, _createDirectory)
.Translate(format("/home/ack/src/MySolution/Project/Project.csproj"));
var resultHash = Environment.OSVersion.Platform == PlatformID.Unix || Environment.OSVersion.Platform == PlatformID.MacOSX ? "089916fa47d570a46efee1a1c04d77bc" : "cdd8fcbb3e82fce3dc5b40e585a4949d";
var fileHash = Environment.OSVersion.Platform == PlatformID.Unix || Environment.OSVersion.Platform == PlatformID.MacOSX ? "8ea3519034d6d6a404a6e174b03615e1" : "f1d7213851ba028add97b0669af210b6";
Assert.That(_createdDirectories, Contains.Item(format("/StorageLocation")));
Assert.That(_createdDirectories, Contains.Item(format("/StorageLocation/MySolution_" + resultHash)));
Assert.That(_createdDirectories, Contains.Item(format("/StorageLocation/MySolution_" + resultHash + "/Project_" + fileHash)));
}
public PreProcessedTesRuns PreProcess(PreProcessedTesRuns preProcessed)
{
// Clean up profiler logs before we start
var logFiles = getProfilerOutput();
cleanUpFiles(logFiles);
var runMinimized = !(_isFullRun || minimizerIsDisabled() || _minimizerPaused);
Logger.WriteDebug("Run minimized is " + runMinimized.ToString());
if (runMinimized)
_bus.Publish(new RunInformationMessage(InformationType.PreProcessing, "", "", typeof(MinimizingPreProcessor)));
var finalDetails = new List<RunInfo>();
var details = preProcessed.RunInfos;
if (!minimizerGraphsAndRiskIsOff())
{
try
{
var assemblies = GetAssemblies();
//var hash = details.ToDictionary(current => current.Assembly);
if (!runMinimized || _runCount % 10 == 0)
_minimizer.LoadOldCachedFiles(assemblies);
_runCount++;
var tests = _minimizer.GetTestsFor(assemblies);
Logger.WriteDebug("minimizer returns " + tests.Count + " tests");
if (runMinimized)
{
var profiled = GetProfiledEntries();
Logger.WriteDebug("profiler returns " + profiled.Count() + " tests");
var all = Combine(tests, profiled);
//TODO THIS IS A HACK TO ENRICH PROFILED TESTS, REFACTOR ME
foreach (var t in all)
{
var original = t.TestAssembly
.Replace(".mm.dll", ".dll")
.Replace(".mm.exe", ".exe");
var testAssembly = original;
testAssembly = new PathTranslator(_configuration.WatchToken).TranslateFrom(testAssembly);
if (testAssembly == null)
testAssembly = original;
Logger.WriteDebug("Translated TestAssembly is: " + testAssembly + " original is: " + t.TestAssembly);
var current = details.FirstOrDefault(x => x.Assembly.Equals(testAssembly));
if (current == null)
{
current = finalDetails.FirstOrDefault(x => x.Assembly.Equals(testAssembly));
if (current == null)
current = GetRunInfoFromAssembly(testAssembly);
if (current == null)
throw new Exception("unable to match assembly for test. - assembly is " + testAssembly);
if (!finalDetails.Exists(x => x.Assembly.Equals(testAssembly)))
finalDetails.Add(current);
}
foreach (var s in t.TestRunners)
{
var runner = ConvertStringToTestRunnerEnum(s);
var test = getTestSignature(t, runner);
Logger.WriteDetails(string.Format("Adding test {0} to runner {1} on run info {2}", test,
runner, current.Assembly));
current.AddTestsToRun(runner, test);
}
}
if (runMinimized)
addCurrentBrokenTests(details);
foreach (var detail in details)
{
detail.ShouldOnlyRunSpcifiedTestsFor(TestRunner.Any);
}
Logger.WritePreprocessor(string.Format("Found {0} affected tests", tests.Count));
_bus.Publish(new AssembliesMinimizedMessage());
finalDetails.AddRange(details);
}
}
catch (Exception ex)
{
Logger.WriteError(ex.ToString());
var newDetails = new List<RunInfo>();
foreach (var detail in details)
{
var newDetail = new RunInfo(detail.Project);
newDetail.SetAssembly(detail.Assembly);
if (detail.ShouldBeBuilt)
newDetail.ShouldBuild();
newDetails.Add(newDetail);
}
}
Logger.WriteDebug("Running 2nd generation garbage collection");
GC.Collect(2);
Logger.WriteDebug("Waiting for finalizers");
GC.WaitForPendingFinalizers();
Logger.WriteDebug("GC done");
}
Logger.WriteDebug("Getting profiler wrapper");
_profilerWrapper = getProfilerWrapper();
if (!runMinimized)
{
var wrapper = _profilerWrapper;
_profilerWrapper = null;
Logger.WriteDebug("Returning original runinfos");
return new PreProcessedTesRuns(wrapper, preProcessed.RunInfos); // return original runInfos
}
finalDetails.ForEach(x => _runsToProfile.Add(x.CloneToTestRunInfo()));
Logger.WriteDebug("Returning modified details");
return new PreProcessedTesRuns(_profilerWrapper, finalDetails.ToArray());
}
public void When_given_a_project_outside_the_solution_tree_it_will_use_an_alternative_storage_under_the_solution_location()
{
var directory = new PathTranslator(format("/StorageLocation/"), format("/home/ack/src/MySolution/ASolution.sln"), _directoryExists, _createDirectory)
.Translate(format("/home/some/other/location/Project/Project.csproj"));
Assert.That(
directory,
Is.EqualTo(format("/StorageLocation/MySolution_cdd8fcbb3e82fce3dc5b40e585a4949d/Project_c1657f5a6230c5e986018dd389088a6e/Project.csproj")));
}
public void When_given_mm_cache_bin_file_it_should_place_it_the_cache_space()
{
var directory = new PathTranslator(format("/StorageLocation"), format("/home/ack/src/MySolution/SomeSolution.sln"), _directoryExists, _createDirectory)
.Translate(format("/home/ack/src/MySolution/Project/bin/autotest.net/projectmm_cache.bin"));
var resultHash = Environment.OSVersion.Platform == PlatformID.Unix || Environment.OSVersion.Platform == PlatformID.MacOSX ? "089916fa47d570a46efee1a1c04d77bc" : "cdd8fcbb3e82fce3dc5b40e585a4949d";
var fileHash = Environment.OSVersion.Platform == PlatformID.Unix || Environment.OSVersion.Platform == PlatformID.MacOSX ? "3cc7aa37453f484476369d12180e2a0a" : "c39a9a2c31917ec0f174c8bde0fdb00a";
Assert.That(
directory,
Is.EqualTo(format("/StorageLocation/Cache/MySolution_" + resultHash + "/projectmm_cache_" + fileHash + "/projectmm_cache.bin")));
}
public void When_returning_a_storage_apth_it_will_make_sure_that_all_directories_exists()
{
var directory = new PathTranslator(format("/StorageLocation/"), format("/home/ack/src/MySolution"), _directoryExists, _createDirectory)
.Translate(format("/home/ack/src/MySolution/Project/Project.csproj"));
Assert.That(_createdDirectories, Contains.Item(format("/StorageLocation")));
Assert.That(_createdDirectories, Contains.Item(format("/StorageLocation/MySolution_cdd8fcbb3e82fce3dc5b40e585a4949d")));
Assert.That(_createdDirectories, Contains.Item(format("/StorageLocation/MySolution_cdd8fcbb3e82fce3dc5b40e585a4949d/Project_f1d7213851ba028add97b0669af210b6")));
}