(5);
}
public void setNamespaceService(NamespaceService namespaceService)
{
this.namespaceService = namespaceService;
}
public void setDictionaryService(DictionaryService dictionaryService)
{
this.dictionaryService = dictionaryService;
}
public void setNodeService(NodeService nodeService)
{
this.nodeService = nodeService;
}
public void setCopyService(CopyService copyService)
{
this.copyService = copyService;
}
public void setSearchService(SearchService searchService)
{
this.searchService = searchService;
}
public void setContentService(ContentService contentService)
{
this.contentService = contentService;
}
public void setMimetypeService(MimetypeService mimetypeService)
{
this.mimetypeService = mimetypeService;
}
/**
* Set the namespaces that should be treated as 'system' namespaces.
*
* When files or folders are renamed, the association path (QName) is normally
* modified to follow the name of the node. If, however, the namespace of the
* patch QName is in this list, the association path is left alone. This allows
* parts of the application to use well-known paths even if the end-user is
* able to modify the objects cm:name value.
*
* @param systemNamespaces a list of system namespaces
*/
public void setSystemNamespaces(List systemNamespaces)
{
this.systemNamespaces.addAll(systemNamespaces);
}
// TODO: Replace this with a more formal means of identifying "system" folders (i.e. aspect or UUID)
public void setSystemPaths(List systemPaths)
{
this.systemPaths = systemPaths;
}
public void init()
{
}
/**
* Helper method to convert node reference instances to file info
*
* @param nodeRefs the node references
* @return Return a list of file info
* @throws InvalidTypeException if the node is not a valid type
*/
private List toFileInfo(List nodeRefs) throws InvalidTypeException
{
List results = new ArrayList(nodeRefs.size());
for (NodeRef nodeRef : nodeRefs)
{
if (nodeService.exists(nodeRef))
{
FileInfo fileInfo = toFileInfo(nodeRef, true);
results.add(fileInfo);
}
}
return results;
}
/**
* Helper method to convert a node reference instance to a file info
*/
private FileInfo toFileInfo(NodeRef nodeRef, boolean addTranslations) throws InvalidTypeException
{
// Get the file attributes
Map properties = nodeService.getProperties(nodeRef);
// Is it a folder
QName typeQName = nodeService.getType(nodeRef);
boolean isFolder = isFolder(typeQName);
// Construct the file info and add to the results
FileInfo fileInfo = new FileInfoImpl(nodeRef, isFolder, properties);
// Done
return fileInfo;
}
/**
* Exception when the type is not a valid File or Folder type
*
* @see ContentModel#TYPE_CONTENT
* @see ContentModel#TYPE_FOLDER
*
* @author Derek Hulley
*/
private static class InvalidTypeException extends RuntimeException
{
private static final long serialVersionUID = -310101369475434280L;
public InvalidTypeException(String msg)
{
super(msg);
}
}
/**
* Checks the type for whether it is a file or folder. All invalid types
* lead to runtime exceptions.
*
* @param typeQName the type to check
* @return Returns true if the type is a valid folder type, false if it is a file.
* @throws AlfrescoRuntimeException if the type is not handled by this service
*/
private boolean isFolder(QName typeQName) throws InvalidTypeException
{
FileFolderServiceType type = getType(typeQName);
switch (type)
{
case FILE:
return false;
case FOLDER:
return true;
case SYSTEM_FOLDER:
throw new InvalidTypeException("This service should ignore type " + ContentModel.TYPE_SYSTEM_FOLDER);
case INVALID:
default:
throw new InvalidTypeException("Type is not handled by this service: " + typeQName);
}
}
public boolean exists(NodeRef nodeRef)
{
return nodeService.exists(nodeRef);
}
public FileFolderServiceType getType(QName typeQName)
{
if (dictionaryService.isSubClass(typeQName, ContentModel.TYPE_FOLDER))
{
if (dictionaryService.isSubClass(typeQName, ContentModel.TYPE_SYSTEM_FOLDER))
{
return FileFolderServiceType.SYSTEM_FOLDER;
}
return FileFolderServiceType.FOLDER;
}
else if (dictionaryService.isSubClass(typeQName, ContentModel.TYPE_CONTENT) ||
dictionaryService.isSubClass(typeQName, ContentModel.TYPE_LINK))
{
// it is a regular file
return FileFolderServiceType.FILE;
}
else
{
// unhandled type
return FileFolderServiceType.INVALID;
}
}
public List list(NodeRef contextNodeRef)
{
// execute the query
List nodeRefs = listSimple(contextNodeRef, true, true);
// convert the noderefs
List results = toFileInfo(nodeRefs);
// done
if (logger.isDebugEnabled())
{
logger.debug("Shallow search for files and folders: \n" +
" context: " + contextNodeRef + "\n" +
" results: " + results);
}
return results;
}
public List listFiles(NodeRef contextNodeRef)
{
// execute the query
List nodeRefs = listSimple(contextNodeRef, false, true);
// convert the noderefs
List results = toFileInfo(nodeRefs);
// done
if (logger.isDebugEnabled())
{
logger.debug("Shallow search for files: \n" +
" context: " + contextNodeRef + "\n" +
" results: " + results);
}
return results;
}
public List listFolders(NodeRef contextNodeRef)
{
// execute the query
List nodeRefs = listSimple(contextNodeRef, true, false);
// convert the noderefs
List results = toFileInfo(nodeRefs);
// done
if (logger.isDebugEnabled())
{
logger.debug("Shallow search for folders: \n" +
" context: " + contextNodeRef + "\n" +
" results: " + results);
}
return results;
}
public List listDeepFolders(NodeRef contextNodeRef,
SubFolderFilter filter)
{
List nodeRefs = listSimpleDeep(contextNodeRef, true, false, filter);
List results = toFileInfo(nodeRefs);
// done
if (logger.isDebugEnabled())
{
logger.debug("Deep search for files: \n" +
" context: " + contextNodeRef + "\n" +
" results: " + results);
}
return results;
}
public NodeRef searchSimple(NodeRef contextNodeRef, String name)
{
NodeRef childNodeRef = nodeService.getChildByName(contextNodeRef, ContentModel.ASSOC_CONTAINS, name);
if (logger.isDebugEnabled())
{
logger.debug(
"Simple name search results: \n" +
" parent: " + contextNodeRef + "\n" +
" name: " + name + "\n" +
" result: " + childNodeRef);
}
return childNodeRef;
}
/**
* @see #search(NodeRef, String, boolean, boolean, boolean)
*/
public List search(NodeRef contextNodeRef, String namePattern, boolean includeSubFolders)
{
return search(contextNodeRef, namePattern, true, true, includeSubFolders);
}
private static final String LUCENE_MULTI_CHAR_WILDCARD = "*";
/**
* Full search with all options
*/
public List search(
NodeRef contextNodeRef,
String namePattern,
boolean fileSearch,
boolean folderSearch,
boolean includeSubFolders)
{
// get the raw nodeRefs
List nodeRefs = searchInternal(contextNodeRef, namePattern, fileSearch, folderSearch, includeSubFolders);
List results = toFileInfo(nodeRefs);
// eliminate unwanted files/folders
Iterator iterator = results.iterator();
while (iterator.hasNext())
{
FileInfo file = iterator.next();
if (file.isFolder() && !folderSearch)
{
iterator.remove();
}
else if (!file.isFolder() && !fileSearch)
{
iterator.remove();
}
}
// done
if (logger.isDebugEnabled())
{
logger.debug("Deep search: \n" +
" context: " + contextNodeRef + "\n" +
" pattern: " + namePattern + "\n" +
" files: " + fileSearch + "\n" +
" folders: " + folderSearch + "\n" +
" deep: " + includeSubFolders + "\n" +
" results: " + results);
}
return results;
}
/**
* Performs a full search, but doesn't translate the node references into
* file info objects. This allows {@link #checkExists(NodeRef, String)} to
* bypass the retrieval of node properties.
*/
private List searchInternal(
NodeRef contextNodeRef,
String namePattern,
boolean fileSearch,
boolean folderSearch,
boolean includeSubFolders)
{
// shortcut if the search is requesting nothing
if (!fileSearch && !folderSearch)
{
return Collections.emptyList();
}
if (namePattern == null)
{
namePattern = LUCENE_MULTI_CHAR_WILDCARD; // default to wildcard
}
// now check if we can use Lucene to handle this query
boolean anyName = namePattern.equals(LUCENE_MULTI_CHAR_WILDCARD);
List nodeRefs = null;
if (anyName)
{
// This is search for any name
if(includeSubFolders)
{
nodeRefs = listSimpleDeep(contextNodeRef, folderSearch, fileSearch, null);
}
else
{
nodeRefs = listSimple(contextNodeRef, folderSearch, fileSearch);
}
}
else
{
// TODO - we need to get rid of this xpath stuff
// if the name pattern is null, then we use the ANY pattern
QueryParameterDefinition[] params = null;
if (namePattern != null)
{
// the interface specifies the Lucene syntax, so perform a conversion
namePattern = SearchLanguageConversion.convert(
SearchLanguageConversion.DEF_LUCENE,
SearchLanguageConversion.DEF_XPATH_LIKE,
namePattern);
params = new QueryParameterDefinition[1];
params[0] = new QueryParameterDefImpl(
ContentModel.PROP_NAME,
dictionaryService.getDataType(DataTypeDefinition.TEXT),
true,
namePattern);
}
else
{
// name pattern is null so search for ANY_NAME
params = PARAMS_ANY_NAME;
}
// determine the correct query to use
String query = null;
if (includeSubFolders)
{
// this is a deep search
if(!fileSearch && folderSearch)
{
// This is a folder search only;
query = XPATH_QUERY_DEEP_FOLDERS;
}
else if(fileSearch && !folderSearch)
{
// This is a folder search only;
query = XPATH_QUERY_DEEP_FILES;
}
else
{
query = XPATH_QUERY_DEEP_ALL;
}
}
else
{
// this is a shallow search
query = XPATH_QUERY_SHALLOW_ALL;
}
// execute the query
nodeRefs = searchService.selectNodes(
contextNodeRef,
query,
params,
namespaceService,
false);
}
// done
return nodeRefs;
}
private List listSimple(NodeRef contextNodeRef, boolean folders, boolean files)
{
Set searchTypeQNames = new HashSet(10);
// Build a list of file and folder types
if (folders)
{
Collection qnames = dictionaryService.getSubTypes(ContentModel.TYPE_FOLDER, true);
searchTypeQNames.addAll(qnames);
searchTypeQNames.add(ContentModel.TYPE_FOLDER);
}
if (files)
{
Collection qnames = dictionaryService.getSubTypes(ContentModel.TYPE_CONTENT, true);
searchTypeQNames.addAll(qnames);
searchTypeQNames.add(ContentModel.TYPE_CONTENT);
qnames = dictionaryService.getSubTypes(ContentModel.TYPE_LINK, true);
searchTypeQNames.addAll(qnames);
searchTypeQNames.add(ContentModel.TYPE_LINK);
}
// Remove 'system' folders
Collection qnames = dictionaryService.getSubTypes(ContentModel.TYPE_SYSTEM_FOLDER, true);
searchTypeQNames.removeAll(qnames);
searchTypeQNames.remove(ContentModel.TYPE_SYSTEM_FOLDER);
// Shortcut
if (searchTypeQNames.size() == 0)
{
return Collections.emptyList();
}
// Do the query
List childAssocRefs = nodeService.getChildAssocs(contextNodeRef, searchTypeQNames);
List result = new ArrayList(childAssocRefs.size());
for (ChildAssociationRef assocRef : childAssocRefs)
{
result.add(assocRef.getChildRef());
}
// Done
return result;
}
/**
* A deep version of listSimple. Which recursively walks down the tree from a given starting point, returning
* the node refs of files or folders found along the way.
*
* MER: I've added this rather than changing listSimple to minimise the risk of breaking
* the existing code. This is a quick performance improvement between using
* XPath which is awful or adding new methods to the NodeService/DB This is also a dangerous method in that it can return a
* lot of data and take a long time.
*
* The folder filter is called for each sub-folder to determine whether to search in that sub-folder, should a subfolder be excluded
* then all its chidren are excluded as well.
*
* @param contextNodeRef the starting point.
* @param folders return nodes of type folders.
* @param files return nodes of type files.
* @param subfolder filter controls which folders to search. If null then all subfolders are searched.
* @return list of node references
*/
private List listSimpleDeep(NodeRef contextNodeRef, boolean folders, boolean files, SubFolderFilter folderFilter)
{
Set folderTypeQNames = new HashSet(10);
Set fileTypeQNames = new HashSet(10);
// To hold the results.
List result = new ArrayList();
// Build a list of folder types
Collection qnames = dictionaryService.getSubTypes(ContentModel.TYPE_FOLDER, true);
folderTypeQNames.addAll(qnames);
folderTypeQNames.add(ContentModel.TYPE_FOLDER);
// Remove 'system' folders and all descendants
Collection systemFolderQNames = dictionaryService.getSubTypes(ContentModel.TYPE_SYSTEM_FOLDER, true);
folderTypeQNames.removeAll(systemFolderQNames);
folderTypeQNames.remove(ContentModel.TYPE_SYSTEM_FOLDER);
if (files)
{
Collection fileQNames = dictionaryService.getSubTypes(ContentModel.TYPE_CONTENT, true);
fileTypeQNames.addAll(fileQNames);
fileTypeQNames.add(ContentModel.TYPE_CONTENT);
Collection linkQNames = dictionaryService.getSubTypes(ContentModel.TYPE_LINK, true);
fileTypeQNames.addAll(linkQNames);
fileTypeQNames.add(ContentModel.TYPE_LINK);
}
if(!folders && !files)
{
return Collections.emptyList();
}
// Shortcut
if (folderTypeQNames.size() == 0)
{
return Collections.emptyList();
}
Stack toSearch = new Stack();
toSearch.push(contextNodeRef);
// Now we need to walk down the folders.
while(!toSearch.empty())
{
NodeRef currentDir = toSearch.pop();
List folderAssocRefs = nodeService.getChildAssocs(currentDir, folderTypeQNames);
for (ChildAssociationRef folderRef : folderAssocRefs)
{
// We have some child folders
boolean include = true;
if(folderFilter != null)
{
include = folderFilter.isEnterSubfolder(folderRef);
if(include)
{
// yes search in these subfolders
toSearch.push(folderRef.getChildRef());
}
}
else
{
// No filter - Add the folders in the currentDir
toSearch.push(folderRef.getChildRef());
}
if(folders && include)
{
result.add(folderRef.getChildRef());
}
}
if(files)
{
// Add the files in the current dir
List fileAssocRefs = nodeService.getChildAssocs(currentDir, fileTypeQNames);
for (ChildAssociationRef fileRef : fileAssocRefs)
{
result.add(fileRef.getChildRef());
}
}
}
logger.debug("search deep finished size:" + result.size());
// Done
return result;
}
/**
* @see #move(NodeRef, NodeRef, String)
*/
public FileInfo rename(NodeRef sourceNodeRef, String newName) throws FileExistsException, FileNotFoundException
{
// NOTE:
//
// This information is placed in the transaction to indicate that a rename has taken place. This information is
// used by the rule trigger to ensure inbound rule is not triggered by a file rename
//
// See http://issues.alfresco.com/browse/AR-1544
Set nodeRefRenameSet = TransactionalResourceHelper.getSet(RuleTrigger.RULE_TRIGGER_NODESET);
String marker = sourceNodeRef.toString()+"rename";
nodeRefRenameSet.add(marker);
return moveOrCopy(sourceNodeRef, null, newName, true);
}
/**
* @see #moveOrCopy(NodeRef, NodeRef, String, boolean)
*/
public FileInfo move(NodeRef sourceNodeRef, NodeRef targetParentRef, String newName) throws FileExistsException, FileNotFoundException
{
return moveOrCopy(sourceNodeRef, targetParentRef, newName, true);
}
/**
* @see #moveOrCopy(NodeRef, NodeRef, String, boolean)
*/
public FileInfo copy(NodeRef sourceNodeRef, NodeRef targetParentRef, String newName) throws FileExistsException, FileNotFoundException
{
return moveOrCopy(sourceNodeRef, targetParentRef, newName, false);
}
/**
* Implements both move and copy behaviour
*
* @param move true to move, otherwise false to copy
*/
private FileInfo moveOrCopy(NodeRef sourceNodeRef, NodeRef targetParentRef, String newName, boolean move) throws FileExistsException, FileNotFoundException
{
// get file/folder in its current state
FileInfo beforeFileInfo = toFileInfo(sourceNodeRef, true);
// check the name - null means keep the existing name
if (newName == null)
{
newName = beforeFileInfo.getName();
}
boolean nameChanged = (newName.equals(beforeFileInfo.getName()) == false);
// we need the current association type
ChildAssociationRef assocRef = nodeService.getPrimaryParent(sourceNodeRef);
if (targetParentRef == null)
{
targetParentRef = assocRef.getParentRef();
}
boolean changedParent = !targetParentRef.equals(assocRef.getParentRef());
// there is nothing to do if both the name and parent folder haven't changed
if (!nameChanged && !changedParent)
{
if (logger.isDebugEnabled())
{
logger.debug("Doing nothing - neither filename or parent has changed: \n" +
" parent: " + targetParentRef + "\n" +
" before: " + beforeFileInfo + "\n" +
" new name: " + newName);
}
return beforeFileInfo;
}
QName existingQName = assocRef.getQName();
QName qname;
if (nameChanged && !systemNamespaces.contains(existingQName.getNamespaceURI()))
{
// Change the localname to match the new name
qname = QName.createQName(
assocRef.getQName().getNamespaceURI(),
QName.createValidLocalName(newName));
}
else
{
// Keep the localname
qname = existingQName;
}
QName targetParentType = nodeService.getType(targetParentRef);
// Fix AWC-1517
QName assocTypeQname = null;
if (dictionaryService.isSubClass(targetParentType, ContentModel.TYPE_FOLDER))
{
assocTypeQname = ContentModel.ASSOC_CONTAINS; // cm:folder -> cm:contains
}
else if (dictionaryService.isSubClass(targetParentType, ContentModel.TYPE_CONTAINER))
{
assocTypeQname = ContentModel.ASSOC_CHILDREN; // sys:container -> sys:children
}
else
{
throw new InvalidTypeException("Unexpected type (" + targetParentType + ") for target parent: " + targetParentRef);
}
// move or copy
NodeRef targetNodeRef = null;
if (move)
{
// TODO: Replace this with a more formal means of identifying "system" folders (i.e. aspect or UUID)
if (!isSystemPath(sourceNodeRef))
{
// The cm:name might clash with another node in the target location.
if (nameChanged)
{
// The name will be changing, so we really need to set the node's name to the new
// name. This can't be done at the same time as the move - to avoid incorrect violations
// of the name constraints, the cm:name is set to something random and will be reset
// to the correct name later.
nodeService.setProperty(sourceNodeRef, ContentModel.PROP_NAME, GUID.generate());
}
try
{
// move the node so that the association moves as well
ChildAssociationRef newAssocRef = nodeService.moveNode(
sourceNodeRef,
targetParentRef,
assocTypeQname,
qname);
targetNodeRef = newAssocRef.getChildRef();
}
catch (DuplicateChildNodeNameException e)
{
throw new FileExistsException(targetParentRef, newName);
}
}
else
{
// system path folders do not need to be moved
targetNodeRef = sourceNodeRef;
}
}
else
{
try
{
// Copy the node. The cm:name will be dropped and reset later.
targetNodeRef = copyService.copy(
sourceNodeRef,
targetParentRef,
assocTypeQname,
qname,
true);
}
catch (DuplicateChildNodeNameException e)
{
throw new FileExistsException(targetParentRef, newName);
}
}
// Only update the name if it has changed
String currentName = (String)nodeService.getProperty(targetNodeRef, ContentModel.PROP_NAME);
if (currentName.equals(newName) == false)
{
try
{
// changed the name property
nodeService.setProperty(targetNodeRef, ContentModel.PROP_NAME, newName);
// May need to update the mimetype, to support apps using .tmp files when saving
ContentData contentData = (ContentData)nodeService.getProperty(targetNodeRef, ContentModel.PROP_CONTENT);
// Check the newName and oldName extensions.
// Keep previous mimetype if
// 1. new extension is empty
// 2. new extension is '.tmp'
// 3. extension was not changed,
//
// It fixes the ETWOTWO-16 issue.
String oldExt = getExtension(beforeFileInfo.getName());
String newExt = getExtension(newName);
if (contentData != null &&
newExt.length() != 0 &&
!"tmp".equalsIgnoreCase(newExt) &&
!newExt.equalsIgnoreCase(oldExt))
{
String targetMimetype = contentData.getMimetype();
String newMimetype = mimetypeService.guessMimetype(newName);
if (!targetMimetype.equalsIgnoreCase(newMimetype))
{
contentData = ContentData.setMimetype(contentData, newMimetype);
nodeService.setProperty(targetNodeRef, ContentModel.PROP_CONTENT, contentData);
}
}
}
catch (DuplicateChildNodeNameException e)
{
throw new FileExistsException(targetParentRef, newName);
}
}
// get the details after the operation
FileInfo afterFileInfo = toFileInfo(targetNodeRef, true);
// done
if (logger.isDebugEnabled())
{
logger.debug("" + (move ? "Moved" : "Copied") + " node: \n" +
" parent: " + targetParentRef + "\n" +
" before: " + beforeFileInfo + "\n" +
" after: " + afterFileInfo);
}
return afterFileInfo;
}
/**
* Determine if the specified node is a special "system" folder path based node
*
* TODO: Replace this with a more formal means of identifying "system" folders (i.e. aspect or UUID)
*
* @param nodeRef node to check
* @return true => system folder path based node
*/
private boolean isSystemPath(NodeRef nodeRef)
{
Path path = nodeService.getPath(nodeRef);
String prefixedPath = path.toPrefixString(namespaceService);
return systemPaths.contains(prefixedPath);
}
public FileInfo create(NodeRef parentNodeRef, String name, QName typeQName) throws FileExistsException
{
return createImpl(parentNodeRef, name, typeQName, null);
}
public FileInfo create(NodeRef parentNodeRef, String name, QName typeQName, QName assocQName) throws FileExistsException
{
return createImpl(parentNodeRef, name, typeQName, assocQName);
}
private FileInfo createImpl(NodeRef parentNodeRef, String name, QName typeQName, QName assocQName) throws FileExistsException
{
// set up initial properties
Map properties = new HashMap(11);
properties.put(ContentModel.PROP_NAME, (Serializable) name);
// create the node
if (assocQName == null)
{
assocQName = QName.createQName(
NamespaceService.CONTENT_MODEL_1_0_URI,
QName.createValidLocalName(name));
}
ChildAssociationRef assocRef = null;
try
{
assocRef = nodeService.createNode(
parentNodeRef,
ContentModel.ASSOC_CONTAINS,
assocQName,
typeQName,
properties);
}
catch (DuplicateChildNodeNameException e)
{
throw new FileExistsException(parentNodeRef, name);
}
NodeRef nodeRef = assocRef.getChildRef();
FileInfo fileInfo = toFileInfo(nodeRef, true);
// done
if (logger.isDebugEnabled())
{
logger.debug("Created: \n" +
" parent: " + parentNodeRef + "\n" +
" created: " + fileInfo);
}
return fileInfo;
}
public void delete(NodeRef nodeRef)
{
nodeService.deleteNode(nodeRef);
// Done
if (logger.isDebugEnabled())
{
logger.debug("Deleted: \n" +
" node: " + nodeRef);
}
}
/**
* Checks for the presence of, and creates as necessary, the folder structure in the provided path.
*
* An empty path list is not allowed as it would be impossible to necessarily return file info
* for the parent node - it might not be a folder node.
* @param parentNodeRef the node under which the path will be created
* @param pathElements the folder name path to create - may not be empty
* @param folderTypeQName the types of nodes to create. This must be a valid subtype of
* {@link org.alfresco.model.ContentModel#TYPE_FOLDER they folder type}.
* @return Returns the info of the last folder in the path.
* @deprecated Use FileFolderUtil.makeFolders rather than directly accessing this implementation class.
*/
public FileInfo makeFolders(NodeRef parentNodeRef, List pathElements, QName folderTypeQName)
{
return FileFolderUtil.makeFolders(this, parentNodeRef, pathElements, folderTypeQName);
}
/**
* Checks for the presence of, and creates as necessary, the folder structure in the provided path.
*
* An empty path list is not allowed as it would be impossible to necessarily return file info
* for the parent node - it might not be a folder node.
* @param parentNodeRef the node under which the path will be created
* @param pathElements the folder name path to create - may not be empty
* @param folderTypeQName the types of nodes to create. This must be a valid subtype of
* {@link org.alfresco.model.ContentModel#TYPE_FOLDER they folder type}.
* @return Returns the info of the last folder in the path.
* @deprecated Use FileFolderUtil.makeFolders rather than directly accessing this implementation class.
*/
public static FileInfo makeFolders(FileFolderService service, NodeRef parentNodeRef, List pathElements, QName folderTypeQName)
{
return FileFolderUtil.makeFolders(service, parentNodeRef, pathElements, folderTypeQName);
}
public List getNamePath(NodeRef rootNodeRef, NodeRef nodeRef) throws FileNotFoundException
{
// check the root
if (rootNodeRef == null)
{
rootNodeRef = nodeService.getRootNode(nodeRef.getStoreRef());
}
try
{
List results = new ArrayList(10);
// get the primary path
Path path = nodeService.getPath(nodeRef);
// iterate and turn the results into file info objects
boolean foundRoot = false;
for (Path.Element element : path)
{
// ignore everything down to the root
Path.ChildAssocElement assocElement = (Path.ChildAssocElement) element;
NodeRef childNodeRef = assocElement.getRef().getChildRef();
if (childNodeRef.equals(rootNodeRef))
{
// just found the root - but we don't put in an entry for it
foundRoot = true;
continue;
}
else if (!foundRoot)
{
// keep looking for the root
continue;
}
// we found the root and expect to be building the path up
FileInfo pathInfo = toFileInfo(childNodeRef, true);
results.add(pathInfo);
}
// check that we found the root
if (!foundRoot || results.size() == 0)
{
throw new FileNotFoundException(nodeRef);
}
// done
if (logger.isDebugEnabled())
{
logger.debug("Built name path for node: \n" +
" root: " + rootNodeRef + "\n" +
" node: " + nodeRef + "\n" +
" path: " + results);
}
return results;
}
catch (InvalidNodeRefException e)
{
throw new FileNotFoundException(nodeRef);
}
}
public FileInfo resolveNamePath(NodeRef rootNodeRef, List pathElements) throws FileNotFoundException
{
if (pathElements.size() == 0)
{
throw new IllegalArgumentException("Path elements list is empty");
}
// walk the folder tree first
NodeRef parentNodeRef = rootNodeRef;
StringBuilder currentPath = new StringBuilder(pathElements.size() << 4);
int folderCount = pathElements.size() - 1;
for (int i = 0; i < folderCount; i++)
{
String pathElement = pathElements.get(i);
NodeRef folderNodeRef = searchSimple(parentNodeRef, pathElement);
if (folderNodeRef == null)
{
StringBuilder sb = new StringBuilder(128);
sb.append("Folder not found: " + currentPath);
throw new FileNotFoundException(sb.toString());
}
parentNodeRef = folderNodeRef;
}
// we have resolved the folder path - resolve the last component
String pathElement = pathElements.get(pathElements.size() - 1);
NodeRef fileNodeRef = searchSimple(parentNodeRef, pathElement);
if (fileNodeRef == null)
{
StringBuilder sb = new StringBuilder(128);
sb.append("File not found: " + currentPath);
throw new FileNotFoundException(sb.toString());
}
FileInfo result = getFileInfo(fileNodeRef);
// found it
if (logger.isDebugEnabled())
{
logger.debug("Resoved path element: \n" +
" root: " + rootNodeRef + "\n" +
" path: " + currentPath + "\n" +
" node: " + result);
}
return result;
}
public FileInfo getFileInfo(NodeRef nodeRef)
{
try
{
return toFileInfo(nodeRef, true);
}
catch (InvalidTypeException e)
{
return null;
}
}
public ContentReader getReader(NodeRef nodeRef)
{
FileInfo fileInfo = toFileInfo(nodeRef, false);
if (fileInfo.isFolder())
{
throw new InvalidTypeException("Unable to get a content reader for a folder: " + fileInfo);
}
return contentService.getReader(nodeRef, ContentModel.PROP_CONTENT);
}
public ContentWriter getWriter(NodeRef nodeRef)
{
FileInfo fileInfo = toFileInfo(nodeRef, false);
if (fileInfo.isFolder())
{
throw new InvalidTypeException("Unable to get a content writer for a folder: " + fileInfo);
}
return contentService.getWriter(nodeRef, ContentModel.PROP_CONTENT, true);
}
private String getExtension(String name)
{
String result = "";
if (name != null)
{
name = name.trim();
int index = name.lastIndexOf('.');
if (index > -1 && (index < name.length() - 1))
{
result = name.substring(index + 1);
}
}
return result;
}
}