Examples with FolderNode com.zimbra.cs.mailbox.Mailbox.FolderNode used on opensource projects

Example 6 with FolderNode

use of com.zimbra.cs.mailbox.Mailbox.FolderNode in project zm-mailbox by Zimbra.

the class FolderAction method revokeOrphanGrants.

private void revokeOrphanGrants(OperationContext octxt, Mailbox mbox, ItemId iid, String granteeId, byte gtype) throws ServiceException {
    // check if the grantee still exists
    SearchDirectoryOptions opts = new SearchDirectoryOptions();
    if (gtype == ACL.GRANTEE_USER) {
        opts.addType(SearchDirectoryOptions.ObjectType.accounts);
        opts.addType(SearchDirectoryOptions.ObjectType.resources);
    } else if (gtype == ACL.GRANTEE_GROUP) {
        opts.addType(SearchDirectoryOptions.ObjectType.distributionlists);
    } else if (gtype == ACL.GRANTEE_COS) {
        opts.addType(SearchDirectoryOptions.ObjectType.coses);
    } else if (gtype == ACL.GRANTEE_DOMAIN) {
        opts.addType(SearchDirectoryOptions.ObjectType.domains);
    } else {
        throw ServiceException.INVALID_REQUEST("invalid grantee type for revokeOrphanGrants", null);
    }
    String query = "(" + Provisioning.A_zimbraId + "=" + granteeId + ")";
    opts.setFilterString(FilterId.SEARCH_GRANTEE, query);
    // search the grantee on LDAP master
    opts.setOnMaster(true);
    List<NamedEntry> entries = Provisioning.getInstance().searchDirectory(opts);
    if (entries.size() != 0) {
        throw ServiceException.INVALID_REQUEST("grantee " + granteeId + " exists", null);
    }
    // the grantee indeed does not exist, revoke all grants granted to the grantee
    // in this folder and all subfolders
    FolderNode rootNode = mbox.getFolderTree(octxt, iid, true);
    revokeOrphanGrants(octxt, mbox, rootNode, granteeId, gtype);
}

Example 7 with FolderNode

use of com.zimbra.cs.mailbox.Mailbox.FolderNode in project zm-mailbox by Zimbra.

the class Sync method handle.

@Override
public Element handle(Element request, Map<String, Object> context) throws ServiceException {
    ZimbraSoapContext zsc = getZimbraSoapContext(context);
    Mailbox mbox = getRequestedMailbox(zsc);
    OperationContext octxt = getOperationContext(zsc, context);
    ItemIdFormatter ifmt = new ItemIdFormatter(zsc);
    SyncRequest syncRequest = JaxbUtil.elementToJaxb(request);
    String token = syncRequest.getToken();
    Element response = zsc.createElement(MailConstants.SYNC_RESPONSE);
    response.addAttribute(MailConstants.A_CHANGE_DATE, System.currentTimeMillis() / 1000);
    // the sync token is of the form "last fully synced change id" (e.g. "32425") or
    // last fully synced change id-last item synced in next change id" (e.g. "32425-99213") or
    // last fully synced change id-last item synced in next change id and last fully synced delete change id" (e.g. "32425-99213:d1231232") or
    // last fully synced change id-last item synced in next change id and 
    // last fully synced delete id-last item synced in next delete id (e.g. "32425-99213:d12312-82134")
    SyncToken syncToken = null;
    int tokenInt = 0;
    if (!StringUtil.isNullOrEmpty(token)) {
        syncToken = new SyncToken(token);
        tokenInt = syncToken.getChangeId();
    }
    if (syncToken == null) {
        syncToken = new SyncToken(0);
    }
    int deleleLimit = syncRequest.getDeleteLimit();
    int changeLimit = syncRequest.getChangeLimit();
    // server can apply delete pagination through debugconfig/localconfig.
    if (deleleLimit <= 0) {
        deleleLimit = DebugConfig.syncMaximumDeleteCount;
    }
    // client specify more than DebugConfig.syncMaximumChangeCount It will use DebugConfig.syncMaximumChangeCount
    if (changeLimit <= 0 || changeLimit > DebugConfig.syncMaximumChangeCount) {
        changeLimit = DebugConfig.syncMaximumChangeCount;
    }
    boolean initialSync = tokenInt <= 0;
    // permit the caller to restrict initial sync only to calendar items with a recurrence after a given date
    long calendarStart = (syncRequest.getCalendarCutoff() != null) ? syncRequest.getCalendarCutoff() : -1;
    int messageSyncStart = (syncRequest.getMsgCutoff() != null) ? syncRequest.getMsgCutoff() : -1;
    // if the sync is constrained to a folder subset, we need to first figure out what can be seen
    Folder root = null;
    ItemId iidFolder = null;
    try {
        iidFolder = new ItemId(request.getAttribute(MailConstants.A_FOLDER, DEFAULT_FOLDER_ID + ""), zsc);
        OperationContext octxtOwner = new OperationContext(mbox);
        root = mbox.getFolderById(octxtOwner, iidFolder.getId());
    } catch (MailServiceException.NoSuchItemException nsie) {
    }
    Set<Folder> visible = octxt.isDelegatedRequest(mbox) ? mbox.getVisibleFolders(octxt) : null;
    FolderNode rootNode = null;
    if (root == null || iidFolder == null) {
        // resolve grantee names of all ACLs on the mailbox
        rootNode = mbox.getFolderTree(octxt, null, true);
    } else {
        // resolve grantee names of all ACLs on all sub-folders of the requested folder
        rootNode = mbox.getFolderTree(octxt, iidFolder, true);
    }
    OperationContextData.addGranteeNames(octxt, rootNode);
    // actually perform the sync
    mbox.lock.lock();
    try {
        mbox.beginTrackingSync();
        if (initialSync) {
            response.addAttribute(MailConstants.A_TOKEN, mbox.getLastChangeID());
            response.addAttribute(MailConstants.A_SIZE, mbox.getSize());
            boolean anyFolders = folderSync(response, octxt, ifmt, mbox, root, visible, calendarStart, messageSyncStart, SyncPhase.INITIAL);
            // if no folders are visible, add an empty "<folder/>" as a hint
            if (!anyFolders) {
                response.addElement(MailConstants.E_FOLDER);
            }
        } else {
            boolean typedDeletes = request.getAttributeBool(MailConstants.A_TYPED_DELETES, false);
            String newToken = deltaSync(response, octxt, ifmt, mbox, syncToken, deleleLimit, changeLimit, typedDeletes, root, visible, messageSyncStart);
            response.addAttribute(MailConstants.A_TOKEN, newToken);
        }
    } finally {
        mbox.lock.release();
    }
    return response;
}

Example 8 with FolderNode

use of com.zimbra.cs.mailbox.Mailbox.FolderNode in project zm-mailbox by Zimbra.

the class SoapSession method putRefresh.

/** Serializes basic folder/tag structure to a SOAP response header.
     *  <p>
     *  Adds a &lt;refresh> block to the existing &lt;context> element.
     *  This &lt;refresh> block contains the basic folder, tag, and mailbox
     *  size information needed to display and update the web UI's overview
     *  pane.  The &lt;refresh> block is sent when a new session is created.
     *
     *  This API implicitly clears all cached notifications and therefore
     *  should only been used during session creation.
     * @param ctxt  An existing SOAP header <context> element
     * @param zsc   The SOAP request's encapsulated context */
public void putRefresh(Element ctxt, ZimbraSoapContext zsc) throws ServiceException {
    Mailbox mbox = mailbox;
    if (mbox == null) {
        return;
    }
    synchronized (sentChanges) {
        for (QueuedNotifications ntfn : sentChanges) {
            ntfn.clearMailboxChanges();
        }
    }
    Element eRefresh = ctxt.addUniqueElement(ZimbraNamespace.E_REFRESH);
    eRefresh.addAttribute(AccountConstants.E_VERSION, BuildInfo.FULL_VERSION, Element.Disposition.CONTENT);
    OperationContext octxt = DocumentHandler.getOperationContext(zsc, this);
    ItemIdFormatter ifmt = new ItemIdFormatter(zsc);
    // dump current mailbox status (currently just size)
    ToXML.encodeMailbox(eRefresh, octxt, mbox);
    // dump all tags under a single <tags> parent
    List<Tag> tags = mbox.getTagList(octxt);
    if (tags != null && tags.size() > 0) {
        Element eTags = eRefresh.addUniqueElement(ZimbraNamespace.E_TAGS);
        for (Tag tag : tags) {
            if (tag != null && !(tag instanceof Flag)) {
                ToXML.encodeTag(eTags, ifmt, octxt, tag);
            }
        }
    }
    // first, get the user's folder hierarchy
    FolderNode root = mbox.getFolderTree(octxt, null, false);
    OperationContextData.setNeedGranteeName(octxt, false);
    GetFolder.encodeFolderNode(root, eRefresh, ifmt, octxt);
    // The Boolean of the Pair indicates whether the mountpoint is found to be broken
    Map<ItemId, Pair<Boolean, Element>> mountpoints = new HashMap<ItemId, Pair<Boolean, Element>>();
    // for mountpoints pointing to this host, get the serialized folder subhierarchy
    expandLocalMountpoints(octxt, root, eRefresh.getFactory(), mountpoints);
    // for mountpoints pointing to other hosts, get the folder structure from the remote server
    expandRemoteMountpoints(octxt, zsc, mountpoints);
    // graft in subfolder trees from the other user's mailbox, making sure that mountpoints reflect the counts (etc.) of the target folder
    if (!mountpoints.isEmpty()) {
        transferMountpointContents(eRefresh.getOptionalElement(MailConstants.E_FOLDER), octxt, mountpoints);
    }
}