private String computeBaseNameFolder(final Resource resource, final UriLocator uriLocator,
      final WildcardExpanderHandlerAware expandedHandler) {
    // Find the baseName
    // add a recursive wildcard to trigger the wildcard detection. The simple wildcard ('*') is not enough because it
    // won't work for folders containing only directories with no files.
    LOG.debug("computeBaseNameFolder for resource {}", resource);
    final String resourcePath = FilenameUtils.getFullPath(resource.getUri())
        + DefaultWildcardStreamLocator.RECURSIVE_WILDCARD;
    LOG.debug("resourcePath: {}", resourcePath);
    // use thread local because we need to assign a File inside an anonymous class and it fits perfectly
    final ThreadLocal<String> baseNameFolderHolder = new ThreadLocal<String>();
    expandedHandler.setWildcardExpanderHandler(createBaseNameComputerFunction(baseNameFolderHolder));

    try {
      uriLocator.locate(resourcePath);
    } catch (final Exception e) {
      LOG.debug("[FAIL] Exception caught during wildcard expanding for resource: {}\n with exception message {}",
          resourcePath, e.getMessage());
    }
    if (baseNameFolderHolder.get() == null) {
      LOG.debug("[FAIL] Cannot compute baseName folder for resource: {}", resource);
    }
    return baseNameFolderHolder.get();
  }
private String computeBaseNameFolder(final Resource resource, final UriLocator uriLocator,
      final WildcardExpanderHandlerAware expandedHandler) {
    
    
    
    LOG.debug("computeBaseNameFolder for resource {}", resource);
    final String resourcePath = FilenameUtils.getFullPath(resource.getUri())
        + DefaultWildcardStreamLocator.RECURSIVE_WILDCARD;
    LOG.debug("resourcePath: {}", resourcePath);
    
    final ThreadLocal<String> baseNameFolderHolder = new ThreadLocal<String>();
    expandedHandler.setWildcardExpanderHandler(createBaseNameComputerFunction(baseNameFolderHolder));

    try {
      uriLocator.locate(resourcePath);
    } catch (final Exception e) {
      LOG.debug("[FAIL] Exception caught during wildcard expanding for resource: {}\n with exception message {}",
          resourcePath, e.getMessage());
    }
    if (baseNameFolderHolder.get() == null) {
      LOG.debug("[FAIL] Cannot compute baseName folder for resource: {}", resource);
    }
    return baseNameFolderHolder.get();
  }
private String computeBaseNameFolder ( final Resource resource , final UriLocator uriLocator , final WildcardExpanderHandlerAware expandedHandler ) { // Find the baseName // add a recursive wildcard to trigger the wildcard detection. The simple wildcard ('*') is not enough because it // won't work for folders containing only directories with no files. LOG . debug ( "computeBaseNameFolder for resource {}" , resource ) ; final String resourcePath = FilenameUtils . getFullPath ( resource . getUri ( ) ) + DefaultWildcardStreamLocator . RECURSIVE_WILDCARD ; LOG . debug ( "resourcePath: {}" , resourcePath ) ; // use thread local because we need to assign a File inside an anonymous class and it fits perfectly final ThreadLocal < String > baseNameFolderHolder = new ThreadLocal < String > ( ) ; expandedHandler . setWildcardExpanderHandler ( createBaseNameComputerFunction ( baseNameFolderHolder ) ) ; try { uriLocator . locate ( resourcePath ) ; } catch ( final Exception e ) { LOG . debug ( "[FAIL] Exception caught during wildcard expanding for resource: {}\n with exception message {}" , resourcePath , e . getMessage ( ) ) ; } if ( baseNameFolderHolder . get ( ) == null ) { LOG . debug ( "[FAIL] Cannot compute baseName folder for resource: {}" , resource ) ; } return baseNameFolderHolder . get ( ) ; }
Computes the file name of the folder where the resource is located. The implementation uses a trick by invoking the
{@link WildcardExpanderHandlerAware} to get the baseName.
Computes the file name of the folder where the resource is located . The implementation uses a trick by invoking the {