private static void AnalyzeInternal(string solutionPath, IObserver <Message.Info> observer)
{
try
{
observer.OnNextInfo("--==--");
observer.OnNextInfo($"starting the {solutionPath} analysis...");
observer.OnNextInfo("parsing the solution...");
var projects = SolutionParser.GetProjects(solutionPath)
.ToList();
observer.OnNextInfo("parsed.");
var referenceMatcher = new ProbabilityMatchEngine <ReferenceBase>();
referenceMatcher.With(new NugetReference())
.With(new SystemReference())
.With(new DllReference())
.With(new ProjectReference());
var wrongReferenceMatcher = new ProbabilityMatchEngine <DllMetadata>();
wrongReferenceMatcher.With(new WrongReferenceMatcher(projects));
var referenceMetadatas = projects.ToDictionary(
x => x,
x => x.References.FindBestMatch <ReferenceBase, ReferenceMetadataBase>(referenceMatcher, 0d));
var projectReferenceVsDirectDllReference = ComposeProjectReferenceErrors(referenceMetadatas,
wrongReferenceMatcher);
var incorrectReferences = ComposeBindingsErrors(projects, referenceMetadatas);
var errorReport = projectReferenceVsDirectDllReference.Merge(incorrectReferences);
foreach (var item in errorReport)
{
observer.OnNextInfo($"project: {item.Key} report:");
item.Value
.DoIfEmpty(() => observer.OnNextInfo("all seems to be ok"))
.Do(x => observer.OnNextError($"possible issue: {x}"));
}
observer.OnNextInfo("analysis completed.");
observer.OnCompleted();
}
catch (Exception e)
{
observer.OnError(e);
}
}
private static IEnumerable <KeyValuePair <ProjectPoco, IEnumerable <string> > > ComposeBindingsErrors(IList <ProjectPoco> projects,
IDictionary <ProjectPoco, IEnumerable <ReferenceMetadataBase> >
referenceMetadatas)
{
var referencesByProjects = referenceMetadatas.Transform(x => x.OfType <ExistingReferenceMetadataBase>())
.Transform((x, y) => y.Select(z => z.GetReferenceInformation(x)));
var appConfigFileParser = new ProbabilityMatchEngine <ProjectItem>();
appConfigFileParser.With(new AppConfigFileReferenceMatcher());
var projectBindings = projects.Where(x => x.AppConfigPath != null)
.ToDictionary(
x => x,
x =>
{
var r = new AppConfigFileReferenceMatcher.AppConfigFilePropabilityMetadata(null, null, 0d, x.AppConfigPath);
return(r.RedirectModels);
});
return(projectBindings.Join(
referencesByProjects,
x => x.Key,
y => y.Key,
(x, y) =>
{
var bindingReferences = x.Value.Select(z => new ReferenceInformation(z.Name, z.NewVersion));
var incorrect = bindingReferences.Join(
y.Value,
x1 => x1.AssemblyName,
y1 => y1.AssemblyName,
(x1, y1) => new Tuple <ReferenceInformation, ReferenceInformation>(x1, y1))
.Where(z => !string.Equals(z.Item1.Version, z.Item2.Version))
.Select(z => $"reference mismatch: redirect: {z.Item1.ToString()}, reference: {z.Item2.ToString()}");
return new KeyValuePair <ProjectPoco, IEnumerable <string> >(x.Key, incorrect);
}));
}
private static void AnalyzeInternal(string solutionPath, IObserver <Message.Info> observer)
{
try
{
observer.OnNextInfo("--==--");
observer.OnNextInfo($"starting the {solutionPath} analysis...");
observer.OnNextInfo("parsing the solution...");
var projects = SolutionParser.GetProjects(solutionPath)
.ToList();
observer.OnNextInfo("parsed.");
var referenceMatcher = new ProbabilityMatchEngine <ReferenceBase>();
referenceMatcher.With(new NugetReference())
.With(new SystemReference())
.With(new DllReference())
.With(new ProjectReference());
var wrongReferenceMatcher = new ProbabilityMatchEngine <DllMetadata>();
wrongReferenceMatcher.With(new WrongReferenceMatcher(projects));
var referenceMetadatas = projects.ToDictionary(
x => x,
x => x.References.FindBestMatch <ReferenceBase, ReferenceMetadataBase>(referenceMatcher, 0d));
var projectReferenceVsDirectDllReference = DllAndProjectMisreferenceAmalyzer.ComposeProjectReferenceErrors(referenceMetadatas, wrongReferenceMatcher);
var referencesByProjects = ComposeReferencesByProjects(observer, referenceMetadatas);
var incorrectReferences = IncorrectBindingsAnalyzer.ComposeBindingsErrors(projects, referencesByProjects);
var differentVersionsReferencesErrors = DifferentVersionsAnalyzer.ComposeDifferentVersionsReferencesErrors(referencesByProjects);
//[DS]: this world is just not readey yet for this check...
//var assemblyRedirectsVsReferencesErrors = IncorrectRedirectsAndReferencesAnalyzer.ComposeRedirectsVsReferencesErrors(projects);
var solutionDirectory = Path.GetDirectoryName(solutionPath);
var inconsistentNugetPackageReferences = InconsistentNugetPackagesAnalyzer.ComposeInconsistentNugetPackageReferences(
solutionDirectory,
projects,
referencesByProjects,
referenceMetadatas);
var wordsAnalyzer = new ForbiddenWordsAnalyzer(GetForbiddenWordsFilePath(), projects);
var forbiddedWords = wordsAnalyzer.Analyze();
var observations = projectReferenceVsDirectDllReference.Merge(incorrectReferences)
.Merge(differentVersionsReferencesErrors)
//.Merge(assemblyRedirectsVsReferencesErrors)
.Merge(inconsistentNugetPackageReferences)
.Merge(forbiddedWords)
.Select(
x =>
{
if (x.Value.Any())
{
var errorMessage = string.Join(
Environment.NewLine,
x.Value.Select(y => $"possible issue: {y}"));
return(new Message.Error(
$"project: {x.Key} report:{Environment.NewLine}{errorMessage}"));
}
return(new Message.Info($"project: {x.Key} report: all seems to be ok"));
});
observations.ForEachItem(observer.OnNext);
}
catch (Exception e)
{
observer.OnNextError(e.Message);
}
finally
{
observer.OnNext(new Message.Info("analysis completed."));
observer.OnCompleted();
}
}
