public void GetSaoWithSingletonModeAndAop() { IApplicationContext ctx = new XmlApplicationContext("assembly://Spring.Services.Tests/Spring.Data.Spring.Remoting/saoSingleton-aop.xml"); ContextRegistry.RegisterContext(ctx); //object saoFactory = ctx.GetObject("&remoteCounter"); //Assert.IsNotNull(saoFactory); object obj = ctx.GetObject("remoteCounter"); Assert.IsNotNull(obj, "Object is null even though a object has been exported."); Assert.IsTrue(AopUtils.IsAopProxy(obj)); Assert.IsTrue((obj is ISimpleCounter), "Object should implement 'ISimpleCounter' interface."); MethodCounter aopCounter = ctx.GetObject("countingBeforeAdvice") as MethodCounter; Assert.IsNotNull(aopCounter); int aopCount = aopCounter.GetCalls("Count"); Assert.AreEqual(0, aopCount); ISimpleCounter sc = (ISimpleCounter)obj; Assert.AreEqual(1, sc.Counter, "Remote object hasn't been activated by the server."); sc.Count(); Assert.AreEqual(2, sc.Counter, "Remote object doesn't work in a 'Singleton' mode."); Assert.AreEqual(1, aopCounter.GetCalls("Count")); }
public MethodCounter end() { MethodCounter del = () => { string str = name + " Закончил отсчет!"; Console.WriteLine(str); }; return(del); }
public MethodCounter Start() { MethodCounter del = () => { string str = name + " Начал отсчет!"; Console.WriteLine(str); }; return(del); }
public void RegexpApplied() { IObjectFactory of = ObjectFactory; ITestObject testObject = (ITestObject)of.GetObject("testObject"); MethodCounter counter = (MethodCounter)of.GetObject("CountingAdvice"); Assert.AreEqual(0, counter.GetCalls()); testObject.Spouse = new TestObject("Daniela", 23); Assert.AreEqual(0, counter.GetCalls()); testObject.Name = "foo"; Assert.AreEqual(1, counter.GetCalls()); }
public void PerformAnalysis(string rootFolder) { Console.WriteLine("Analyzing commits..."); using (var repo = new Repository(rootFolder)) { var analysis = new Analysis(); var renamedFiles = new Dictionary <string, string>(); var cyclomaticComplexityCounter = new CyclomaticComplexityCounter(); var linesOfCodeCalculator = new LinesOfCodeCalculator(); var typeScriptAst = new TypeScriptAST(); foreach (var tag in repo.Tags) { var commit = repo.Lookup <Commit>(tag.Target.Sha); var commitDate = commit.Author.When.UtcDateTime.Date; analysis.Tags.Add(commitDate, tag.FriendlyName); } foreach (var branch in repo.Branches.Where(br => br.IsRemote)) { analysis.Branches.Add(branch.FriendlyName); } foreach (var commit in repo.Commits) { var username = commit.Author.Name; var commitDate = commit.Author.When.UtcDateTime.Date; UpdateAnalysisCommitDates(analysis, commitDate); IncDictionaryValue(analysis.CommitsEachDay, commitDate); foreach (var parent in commit.Parents) { var patch = repo.Diff.Compare <Patch>(parent.Tree, commit.Tree); IncDictionaryValue(analysis.LinesOfCodeAddedEachDay, commitDate, patch.LinesAdded); IncDictionaryValue(analysis.LinesOfCodeDeletedEachDay, commitDate, patch.LinesDeleted); foreach (TreeEntryChanges change in repo.Diff.Compare <TreeChanges>(parent.Tree, commit.Tree)) { int cyclomaticComplexity = 0; int methodCount = 0; var fullPath = Path.Combine(rootFolder, change.Path); if (change.Path != change.OldPath) { if (analysis.FileCommits.ContainsKey(change.OldPath)) { analysis.FileCommits[change.Path] = analysis.FileCommits[change.OldPath]; analysis.FileCommits.Remove(change.OldPath); } if (!renamedFiles.ContainsKey(change.OldPath)) { renamedFiles.Add(change.OldPath, change.Path); } } string filename = renamedFiles.ContainsKey(change.OldPath) ? renamedFiles[change.OldPath] : change.Path; var fileType = Path.GetExtension(filename); if (IgnoreFiletype(fileType)) { break; } if (analysis.FileCommits.ContainsKey(filename)) { analysis.FileCommits[filename].CommitCount++; } else { int linesOfCode = 0; var fileExists = fileHandling.FileExists(fullPath); if (fileExists) { var fileContents = fileHandling.ReadFileContent(fullPath); linesOfCode = linesOfCodeCalculator.Calculate(fileContents); if (change.Path.EndsWith(".cs", StringComparison.OrdinalIgnoreCase)) { var syntaxTree = CodeAnalyser.GetSyntaxTree(fileContents); var methodDeclarationNode = CodeAnalyser.GetMethodDeclarationSyntaxe(syntaxTree); cyclomaticComplexity = cyclomaticComplexityCounter.Calculate(methodDeclarationNode, syntaxTree); methodCount = MethodCounter.Calculate(methodDeclarationNode); } else if (change.Path.EndsWith(".ts", StringComparison.OrdinalIgnoreCase)) { methodCount = MethodCounter.Calculate(typeScriptAst, fileContents); } analysis.LinesOfCodeanalyzed += linesOfCode; } analysis.FileCommits[filename] = new FileStat { Filename = filename, CyclomaticComplexity = cyclomaticComplexity, LinesOfCode = linesOfCode, MethodCount = methodCount, FileExists = fileExists }; IncDictionaryValue(analysis.FileTypes, fileType); } analysis.FileCommits[filename].CommitDates.Add(commitDate); if (analysis.FileCommits[filename].LatestCommit < commitDate) { analysis.FileCommits[filename].LatestCommit = commitDate; } IncDictionaryValue(analysis.CodeAge, analysis.FileCommits[filename].CodeAge); var usernameFilename = UsernameFilename.GetDictKey(filename, username); if (analysis.UserfileCommits.ContainsKey(usernameFilename)) { analysis.UserfileCommits[usernameFilename].CommitCount++; } else { analysis.UserfileCommits[usernameFilename] = new FileStat { Filename = filename, Username = username }; } analysis.UserfileCommits[usernameFilename].CommitDates.Add(commitDate); } } } var folderStats = new Dictionary <string, int>(); foreach (var fileChange in analysis.FileCommits) { int commitCount = fileChange.Value.CommitCount; var folders = fileChange.Key.Split("/"); string root = folders[0]; if (fileChange.Key.IndexOf("/") == -1) { root = "."; } IncFolderCommitValue(analysis.FolderCommits, root, commitCount); analysis.FolderCommits[root].IsRoot = true; string currentFolder = root; var children = analysis.FolderCommits[currentFolder].Children; for (int i = 1; i < folders.Length; i++) { currentFolder = folders[i]; IncFolderCommitValue(children, currentFolder, commitCount); children = children[currentFolder].Children; } var codeAge = fileChange.Value.CommitDates.OrderByDescending(cd => cd).First(); } var o = analysis.FolderCommits.OrderBy(p => p.Key); analysis.AnalysisTime = (DateTime.UtcNow.Ticks - analysis.CreatedDate.Ticks) / 10000; // Analysis time in milliseconds foreach (var report in reports) { report.Generate(analysis); } } }