static void MainSub()
{
//AppDomain.CurrentDomain.AssemblyResolve += AssemblyResolverHelper.AssemblyResolveHandler;
//var projectFilePath = NDEPEND_PROJECT_FILE_PATH.ToAbsoluteFilePath();
//Console.WriteLine("*** Load NDepend Project from {" + projectFilePath.ToString() + @"}***");
// 0) Creates a NDependServicesProvider object
var ndependServicesProvider = new NDependServicesProvider();
// 1) obtain some VS solution or project file path
var visualStudioManager = ndependServicesProvider.VisualStudioManager;
ICollection <IAbsoluteFilePath> vsSlnOrProjFilePaths;
IntPtr ownerWindowHandle = Process.GetCurrentProcess().MainWindowHandle; // get a non IntPtr.Zero owner Window Handle. If you are in a System.Console try this
visualStudioManager.ShowDialogSelectVisualStudioSolutionsOrProjects(ownerWindowHandle, out vsSlnOrProjFilePaths);
// Could also use: visualStudioManager.GetMostRecentlyUsedVisualStudioSolutionOrProject() can also be used
// 2) obtains assemblies file path to analyze
var assembliesFilePath = (from vsSlnOrProjFilePath in vsSlnOrProjFilePaths
from assembliesFilePathTmp in visualStudioManager.GetAssembliesFromVisualStudioSolutionOrProject(vsSlnOrProjFilePath)
select assembliesFilePathTmp).Distinct().ToArray();
// 3) gets or create a IProject object
var projectManager = ndependServicesProvider.ProjectManager;
//var path = NDepend.Path.PathHelpers.ToAbsoluteFilePath(@"C:\projetos\estudoipt\dapperdotnet\dapper-dot-net\");
//IProject project = projectManager.CreateBlankProject(assembliesFilePath.FirstOrDefault(), "metricsproject");
IProject project = projectManager.CreateTemporaryProject(assembliesFilePath, TemporaryProjectMode.Temporary);
// Or, to get a IProject object, could also use
// projectManager.CreateBlankProject() to create a persisten project
// and then project.CodeToAnalyze.SetApplicationAssemblies()
// and then projectManager.SaveProject(project); o save the project file
//
// Or, to get an existing IProject object, could also use
// projectManager.ShowDialogChooseAnExistingProject(out project)
// Or programmatically list most recently used NDepend projects on this machine through
// projectManager.GetMostRecentlyUsedProjects()
// 4) gets an IAnalysisResult object from the IProject object
IAnalysisResult analysisResult = project.RunAnalysis(); // *** This particular method works only with a Build Machine license ***
// Or project.RunAnalysisAndBuildReport() // *** This particular method works only with a Build Machine license ***
// Or, to get a IAnalysisResult object, first gets a IAnalysisResultRef object, that represents a reference to a persisted IAnalysisResult object
// project.TryGetMostRecentAnalysisResultRef() or project.GetAvailableAnalysisResultsRefs() or project.GetAvailableAnalysisResultsRefsGroupedPerMonth()
// and then analysisResultRef.Load()
// 5) gets a ICodeBase object from the IAnalysisResult object
ICodeBase codeBase = analysisResult.CodeBase;
// Or eventually a ICompareContext object if you wish to analyze diff
// codeBase.CreateCompareContextWithOlder(olderCodeBase)
Calculator.ICalculate calc = new Calculator.NumberOfChildren();
var result = calc.Calculate(codeBase);
IMetricPrinter m = new ExcelPrinter();
m.Print("NumberOfChildren", result);
calc = new Calculator.CouplingBetweenObjectClasses();
result = calc.Calculate(codeBase);
m = new ExcelPrinter();
m.Print("CouplingBetweenObject", result);
calc = new Calculator.DepthOfInheritanceTree();
result = calc.Calculate(codeBase);
m = new ExcelPrinter();
m.Print("DepthOfInheritanceTree", result);
calc = new Calculator.LackOfCohesionInMethods();
result = calc.Calculate(codeBase);
m = new ExcelPrinter();
m.Print("LackOfCohesionInMethods", result);
calc = new Calculator.ResponseForAClass();
result = calc.Calculate(codeBase);
m = new ExcelPrinter();
m.Print("ResponseForAClass", result);
calc = new Calculator.WeightedMethodsPerClass();
result = calc.Calculate(codeBase);
m = new ExcelPrinter();
m.Print("WeightedMethodsPerClass", result);
// 6) use the code model API to query code and do develop any algorithm you need!
// For example here we are looking for complex methods
/*var complexMethods = (from m in codeBase.Application.Methods
* where m.ILCyclomaticComplexity > 1
* orderby m.ILCyclomaticComplexity descending
* select m).ToArray();
* if (complexMethods.Length == 0) { return; }
* Console.WriteLine("Press a key to show the " + complexMethods.Length + " most complex methods");
* Console.ReadKey();
* foreach (var m in complexMethods)
* {
* Console.WriteLine(m.FullName + " has a IL cyclomatic complexity of " + m.ILCyclomaticComplexity);
* }
*
*
* // 7) eventually lets the user opens source file declaration
* if (complexMethods.First().SourceFileDeclAvailable)
* {
* var mostComplexMethod = complexMethods.First();
* Console.WriteLine("Press a key to open the source code decl of the most complex method?");
* Console.ReadKey();
* mostComplexMethod.TryOpenSource();
* // Eventually use ExtensionMethodsTooling.TryCompareSourceWith(NDepend.CodeModel.ISourceFileLine,NDepend.CodeModel.ISourceFileLine)
* // to compare 2 different versions of a code element
* }*/
}
static void MainSub()
{
//AppDomain.CurrentDomain.AssemblyResolve += AssemblyResolverHelper.AssemblyResolveHandler;
//var projectFilePath = NDEPEND_PROJECT_FILE_PATH.ToAbsoluteFilePath();
//Console.WriteLine("*** Load NDepend Project from {" + projectFilePath.ToString() + @"}***");
// 0) Creates a NDependServicesProvider object
var ndependServicesProvider = new NDependServicesProvider();
// 1) obtain some VS solution or project file path
var visualStudioManager = ndependServicesProvider.VisualStudioManager;
ICollection<IAbsoluteFilePath> vsSlnOrProjFilePaths;
IntPtr ownerWindowHandle = Process.GetCurrentProcess().MainWindowHandle; // get a non IntPtr.Zero owner Window Handle. If you are in a System.Console try this
visualStudioManager.ShowDialogSelectVisualStudioSolutionsOrProjects(ownerWindowHandle, out vsSlnOrProjFilePaths);
// Could also use: visualStudioManager.GetMostRecentlyUsedVisualStudioSolutionOrProject() can also be used
// 2) obtains assemblies file path to analyze
var assembliesFilePath = (from vsSlnOrProjFilePath in vsSlnOrProjFilePaths
from assembliesFilePathTmp in visualStudioManager.GetAssembliesFromVisualStudioSolutionOrProject(vsSlnOrProjFilePath)
select assembliesFilePathTmp).Distinct().ToArray();
// 3) gets or create a IProject object
var projectManager = ndependServicesProvider.ProjectManager;
//var path = NDepend.Path.PathHelpers.ToAbsoluteFilePath(@"C:\projetos\estudoipt\dapperdotnet\dapper-dot-net\");
//IProject project = projectManager.CreateBlankProject(assembliesFilePath.FirstOrDefault(), "metricsproject");
IProject project = projectManager.CreateTemporaryProject(assembliesFilePath, TemporaryProjectMode.Temporary);
// Or, to get a IProject object, could also use
// projectManager.CreateBlankProject() to create a persisten project
// and then project.CodeToAnalyze.SetApplicationAssemblies()
// and then projectManager.SaveProject(project); o save the project file
//
// Or, to get an existing IProject object, could also use
// projectManager.ShowDialogChooseAnExistingProject(out project)
// Or programmatically list most recently used NDepend projects on this machine through
// projectManager.GetMostRecentlyUsedProjects()
// 4) gets an IAnalysisResult object from the IProject object
IAnalysisResult analysisResult = project.RunAnalysis(); // *** This particular method works only with a Build Machine license ***
// Or project.RunAnalysisAndBuildReport() // *** This particular method works only with a Build Machine license ***
// Or, to get a IAnalysisResult object, first gets a IAnalysisResultRef object, that represents a reference to a persisted IAnalysisResult object
// project.TryGetMostRecentAnalysisResultRef() or project.GetAvailableAnalysisResultsRefs() or project.GetAvailableAnalysisResultsRefsGroupedPerMonth()
// and then analysisResultRef.Load()
// 5) gets a ICodeBase object from the IAnalysisResult object
ICodeBase codeBase = analysisResult.CodeBase;
// Or eventually a ICompareContext object if you wish to analyze diff
// codeBase.CreateCompareContextWithOlder(olderCodeBase)
Calculator.ICalculate calc = new Calculator.NumberOfChildren();
var result = calc.Calculate(codeBase);
IMetricPrinter m = new ExcelPrinter();
m.Print("NumberOfChildren",result);
calc = new Calculator.CouplingBetweenObjectClasses();
result = calc.Calculate(codeBase);
m = new ExcelPrinter();
m.Print("CouplingBetweenObject", result);
calc = new Calculator.DepthOfInheritanceTree();
result = calc.Calculate(codeBase);
m = new ExcelPrinter();
m.Print("DepthOfInheritanceTree", result);
calc = new Calculator.LackOfCohesionInMethods();
result = calc.Calculate(codeBase);
m = new ExcelPrinter();
m.Print("LackOfCohesionInMethods", result);
calc = new Calculator.ResponseForAClass();
result = calc.Calculate(codeBase);
m = new ExcelPrinter();
m.Print("ResponseForAClass", result);
calc = new Calculator.WeightedMethodsPerClass();
result = calc.Calculate(codeBase);
m = new ExcelPrinter();
m.Print("WeightedMethodsPerClass", result);
// 6) use the code model API to query code and do develop any algorithm you need!
// For example here we are looking for complex methods
/*var complexMethods = (from m in codeBase.Application.Methods
where m.ILCyclomaticComplexity > 1
orderby m.ILCyclomaticComplexity descending
select m).ToArray();
if (complexMethods.Length == 0) { return; }
Console.WriteLine("Press a key to show the " + complexMethods.Length + " most complex methods");
Console.ReadKey();
foreach (var m in complexMethods)
{
Console.WriteLine(m.FullName + " has a IL cyclomatic complexity of " + m.ILCyclomaticComplexity);
}
// 7) eventually lets the user opens source file declaration
if (complexMethods.First().SourceFileDeclAvailable)
{
var mostComplexMethod = complexMethods.First();
Console.WriteLine("Press a key to open the source code decl of the most complex method?");
Console.ReadKey();
mostComplexMethod.TryOpenSource();
// Eventually use ExtensionMethodsTooling.TryCompareSourceWith(NDepend.CodeModel.ISourceFileLine,NDepend.CodeModel.ISourceFileLine)
// to compare 2 different versions of a code element
}*/
}
