protected override IDaemonStageProcess CreateProcess(IDaemonProcess process, IContextBoundSettingsStore settings,
DaemonProcessKind processKind, ICSharpFile file)
{
if (!file.GetProject().IsUnityProject())
{
return(null);
}
return(new UnityHighlightingProcess(process, file, HiglightingProviders, API, UnityHighlightingContributor, processKind));
}
protected override IDaemonStageProcess CreateProcess(IDaemonProcess process,
IContextBoundSettingsStore settings,
DaemonProcessKind processKind, ICSharpFile file)
{
if (!file.GetProject().IsUnityProject())
{
return(null);
}
return(new CallGraphProcess(process, processKind, file, myLogger, myContextProviders, myProblemAnalyzers));
}
protected override IDaemonStageProcess CreateProcess(IDaemonProcess process,
IContextBoundSettingsStore settings,
DaemonProcessKind processKind, ICSharpFile file)
{
var sourceFile = file.GetSourceFile();
if (!file.GetProject().IsUnityProject() || !mySwaExtensionProvider.IsApplicable(sourceFile))
{
return(null);
}
return(new CallGraphProcess(process, processKind, file, myLogger, myContextProviders, myProblemAnalyzers));
}
private void AnalyzeFile(ICSharpFile file, IHighlightingConsumer consumer)
{
if (!file.GetProject().IsUnityProject())
{
return;
}
var sourceFile = file.GetSourceFile();
if (sourceFile == null)
{
return;
}
file.ProcessThisAndDescendants(this, consumer);
}
protected override IDaemonStageProcess CreateProcess(IDaemonProcess process, IContextBoundSettingsStore settings,
DaemonProcessKind processKind, ICSharpFile file)
{
if (!file.GetProject().IsUnityProject())
{
return(null);
}
var enabled = settings.GetValue((UnitySettings s) => s.EnablePerformanceCriticalCodeHighlighting);
if (!enabled)
{
return(null);
}
return(GetProcess(process, settings, processKind, file));
}
protected override IDaemonStageProcess CreateProcess(IDaemonProcess process,
IContextBoundSettingsStore settings,
DaemonProcessKind processKind, ICSharpFile file)
{
if (!file.GetProject().IsUnityProject())
{
return(null);
}
var isPerformanceAnalysisEnabled =
settings.GetValue((UnitySettings s) => s.EnablePerformanceCriticalCodeHighlighting);
return(new UnityHighlightingProcess(process, file, myCallGraphSwaExtensionProvider,
myPerformanceCriticalCodeCallGraphMarksProvider, isPerformanceAnalysisEnabled,
HiglightingProviders, PerformanceProblemAnalyzers,
API, myCommonIconProvider, processKind, myProvider, Logger));
}
private void AnalyzeFile(ICSharpFile file, IHighlightingConsumer consumer)
{
if (!file.GetProject().IsUnityProject())
{
return;
}
var sourceFile = file.GetSourceFile();
if (sourceFile == null)
{
return;
}
// find hot methods in derived from MonoBehaviour classes.
var hotRootMethods = FindHotRootMethods(file, sourceFile);
if (hotRootMethods.Count == 0)
{
return;
}
myCheckForInterrupt();
var context = GetHotMethodAnalyzerContext(consumer, hotRootMethods, sourceFile);
myCheckForInterrupt();
// Second step of propagation 'costly reachable mark'. Handles cycles in call graph
PropagateCostlyReachableMark(context);
myCheckForInterrupt();
// highlight hot methods
foreach (var hotMethodDeclaration in context.HotMethods)
{
HighlightHotMethod(hotMethodDeclaration, consumer);
}
// highlight all invocation which indirectly calls costly methods.
// it is fast, because we have already calculated all data
HighlightCostlyReachableInvocation(consumer, context);
}
private void AnalyzeFile(ICSharpFile file, IHighlightingConsumer consumer)
{
if (myProcessKind != DaemonProcessKind.VISIBLE_DOCUMENT && myProcessKind != DaemonProcessKind.SOLUTION_ANALYSIS)
{
return;
}
if (!file.GetProject().IsUnityProject())
{
return;
}
var sourceFile = file.GetSourceFile();
if (sourceFile == null)
{
return;
}
// find hot methods in derived from MonoBehaviour classes.
var hotRootMethods = FindHotRootMethods(file, sourceFile);
if (hotRootMethods.Count == 0)
{
return;
}
ourCheckForInterrupt();
var context = GetHotMethodAnalyzerContext(consumer, hotRootMethods, sourceFile);
ourCheckForInterrupt();
// Second step of propagation 'costly reachable mark'. Handles cycles in call graph
PropagateCostlyReachableMark(context);
ourCheckForInterrupt();
// highlight all invocation which indirectly calls costly methods.
// it is fast, because we have already calculated all data
HighlightCostlyReachableInvocation(consumer, context);
}
public ITestFile Aggregate(ICSharpFile file, [CanBeNull] Func <bool> notInterrupted)
{
notInterrupted = notInterrupted ?? (() => true);
var project = file.GetProject();
if (project == null)
{
return(null);
}
var assemblyIdentity = new Identity(project.GetOutputFilePath().FullPath);
var testDeclarationProviders = _testDeclarationProviderFactories.Select(x => x.CreateTestDeclarationProvider(assemblyIdentity, project, notInterrupted)).ToList();
var classDeclarations = GetClassDeclarations(file).ToList();
var testDeclarations = GetTestDeclarations(testDeclarationProviders, classDeclarations).TakeWhile(notInterrupted).WhereNotNull().ToList();
if (testDeclarations.Count == 0)
{
return(null);
}
return(new TestFile(testDeclarations, file));
}
private bool IsAnalysisEnabled(IContextBoundSettingsStore settingsStore, ICSharpFile file)
{
var enabled = settingsStore.GetValue <StyleCopOptionsSettingsKey, bool>(key => key.AnalysisEnabled);
return(enabled && !this.referencedAnalyzersCache.IsAnalyzerReferenced(file.GetProject(), "stylecop.analyzers"));
}
