public SearchResult<K, I> findBy(PathSearchCriteria criteria) {
		criteria = criteria.createCopy();
		C context = createContext(
			ClassFileScanConfiguration.forPaths(criteria.getPaths()).maxParallelTasksForUnit(
				criteria.maxParallelTasksForUnit
			), 
			criteria
		);
		criteria.init(this.classHelper, context.pathMemoryClassLoader, this.memberFinder, this.pathHelper);
		scan(context);
		Collection<String> skippedClassesNames = context.getSkippedClassNames();
		if (!skippedClassesNames.isEmpty()) {
			logWarn("Skipped classes count: {}", skippedClassesNames.size());
		}
		return resultSupplier.apply(context);
	}
public SearchResult<K, I> findBy(PathSearchCriteria criteria) {
		criteria = criteria.createCopy();
		C context = createContext(
			ClassFileScanConfiguration.forPaths(criteria.getPaths()).maxParallelTasksForUnit(
				criteria.maxParallelTasksForUnit
			), 
			criteria
		);
		criteria.init(this.classHelper, context.pathMemoryClassLoader, this.memberFinder, this.pathHelper);
		scan(context);
		Collection<String> skippedClassesNames = context.getSkippedClassNames();
		if (!skippedClassesNames.isEmpty()) {
			logWarn("Skipped classes count: {}", skippedClassesNames.size());
		}
		return resultSupplier.apply(context);
	}
public SearchResult < K , I > findBy ( PathSearchCriteria criteria ) { criteria = criteria . createCopy ( ) ; C context = createContext ( ClassFileScanConfiguration . forPaths ( criteria . getPaths ( ) ) . maxParallelTasksForUnit ( criteria . maxParallelTasksForUnit ) , criteria ) ; criteria . init ( this . classHelper , context . pathMemoryClassLoader , this . memberFinder , this . pathHelper ) ; scan ( context ) ; Collection < String > skippedClassesNames = context . getSkippedClassNames ( ) ; if ( ! skippedClassesNames . isEmpty ( ) ) { logWarn ( "Skipped classes count: {}" , skippedClassesNames . size ( ) ) ; } return resultSupplier . apply ( context ) ; }
Cached search
Cached search