Examples with FAILED alluxio.master.file.InodeSyncStream.SyncStatus.FAILED used on opensource projects

Example 1 with FAILED

use of alluxio.master.file.InodeSyncStream.SyncStatus.FAILED in project alluxio by Alluxio.

the class DefaultFileSystemMaster method deleteInternal.

/**
 * Implements file deletion.
 * <p>
 * This method does not delete blocks. Instead, it returns deleted inodes so that their blocks can
 * be deleted after the inode deletion journal entry has been written. We cannot delete blocks
 * earlier because the inode deletion may fail, leaving us with inode containing deleted blocks.
 *
 * @param rpcContext the rpc context
 * @param inodePath the file {@link LockedInodePath}
 * @param deleteContext the method optitions
 */
@VisibleForTesting
public void deleteInternal(RpcContext rpcContext, LockedInodePath inodePath, DeleteContext deleteContext) throws FileDoesNotExistException, IOException, DirectoryNotEmptyException, InvalidPathException {
    Preconditions.checkState(inodePath.getLockPattern() == LockPattern.WRITE_EDGE);
    // journaled will result in an inconsistency between Alluxio and UFS.
    if (!inodePath.fullPathExists()) {
        return;
    }
    long opTimeMs = System.currentTimeMillis();
    Inode inode = inodePath.getInode();
    if (inode == null) {
        return;
    }
    boolean recursive = deleteContext.getOptions().getRecursive();
    if (inode.isDirectory() && !recursive && mInodeStore.hasChildren(inode.asDirectory())) {
        // true
        throw new DirectoryNotEmptyException(ExceptionMessage.DELETE_NONEMPTY_DIRECTORY_NONRECURSIVE, inode.getName());
    }
    if (mInodeTree.isRootId(inode.getId())) {
        // The root cannot be deleted.
        throw new InvalidPathException(ExceptionMessage.DELETE_ROOT_DIRECTORY.getMessage());
    }
    // Inodes for which deletion will be attempted
    List<Pair<AlluxioURI, LockedInodePath>> inodesToDelete = new ArrayList<>();
    // Add root of sub-tree to delete
    inodesToDelete.add(new Pair<>(inodePath.getUri(), inodePath));
    try (LockedInodePathList descendants = mInodeTree.getDescendants(inodePath)) {
        for (LockedInodePath childPath : descendants) {
            inodesToDelete.add(new Pair<>(mInodeTree.getPath(childPath.getInode()), childPath));
        }
        // Prepare to delete persisted inodes
        UfsDeleter ufsDeleter = NoopUfsDeleter.INSTANCE;
        if (!deleteContext.getOptions().getAlluxioOnly()) {
            ufsDeleter = new SafeUfsDeleter(mMountTable, mInodeStore, inodesToDelete, deleteContext.getOptions().build());
        }
        // Inodes to delete from tree after attempting to delete from UFS
        List<Pair<AlluxioURI, LockedInodePath>> revisedInodesToDelete = new ArrayList<>();
        // Inodes that are not safe for recursive deletes
        Set<Long> unsafeInodes = new HashSet<>();
        // Alluxio URIs (and the reason for failure) which could not be deleted
        List<Pair<String, String>> failedUris = new ArrayList<>();
        // file, we deal with the checkpoints and blocks as well.
        for (int i = inodesToDelete.size() - 1; i >= 0; i--) {
            rpcContext.throwIfCancelled();
            Pair<AlluxioURI, LockedInodePath> inodePairToDelete = inodesToDelete.get(i);
            AlluxioURI alluxioUriToDelete = inodePairToDelete.getFirst();
            Inode inodeToDelete = inodePairToDelete.getSecond().getInode();
            String failureReason = null;
            if (unsafeInodes.contains(inodeToDelete.getId())) {
                failureReason = ExceptionMessage.DELETE_FAILED_DIR_NONEMPTY.getMessage();
            } else if (inodeToDelete.isPersisted()) {
                // TODO(calvin): Add tests (ALLUXIO-1831)
                if (mMountTable.isMountPoint(alluxioUriToDelete)) {
                    mMountTable.delete(rpcContext, alluxioUriToDelete, true);
                } else {
                    if (!deleteContext.getOptions().getAlluxioOnly()) {
                        try {
                            checkUfsMode(alluxioUriToDelete, OperationType.WRITE);
                            // Attempt to delete node if all children were deleted successfully
                            ufsDeleter.delete(alluxioUriToDelete, inodeToDelete);
                        } catch (AccessControlException | IOException e) {
                            // In case ufs is not writable, we will still attempt to delete other entries
                            // if any as they may be from a different mount point
                            LOG.warn("Failed to delete {}: {}", alluxioUriToDelete, e.toString());
                            failureReason = e.getMessage();
                        }
                    }
                }
            }
            if (failureReason == null) {
                if (inodeToDelete.isFile()) {
                    long fileId = inodeToDelete.getId();
                    // Remove the file from the set of files to persist.
                    mPersistRequests.remove(fileId);
                    // Cancel any ongoing jobs.
                    PersistJob job = mPersistJobs.get(fileId);
                    if (job != null) {
                        job.setCancelState(PersistJob.CancelState.TO_BE_CANCELED);
                    }
                }
                revisedInodesToDelete.add(new Pair<>(alluxioUriToDelete, inodePairToDelete.getSecond()));
            } else {
                unsafeInodes.add(inodeToDelete.getId());
                // Propagate 'unsafe-ness' to parent as one of its descendants can't be deleted
                unsafeInodes.add(inodeToDelete.getParentId());
                failedUris.add(new Pair<>(alluxioUriToDelete.toString(), failureReason));
            }
        }
        if (mSyncManager.isSyncPoint(inodePath.getUri())) {
            mSyncManager.stopSyncAndJournal(RpcContext.NOOP, inodePath.getUri());
        }
        // Delete Inodes
        for (Pair<AlluxioURI, LockedInodePath> delInodePair : revisedInodesToDelete) {
            LockedInodePath tempInodePath = delInodePair.getSecond();
            MountTable.Resolution resolution = mMountTable.resolve(tempInodePath.getUri());
            mInodeTree.deleteInode(rpcContext, tempInodePath, opTimeMs);
            if (deleteContext.getOptions().getAlluxioOnly()) {
                Metrics.getUfsOpsSavedCounter(resolution.getUfsMountPointUri(), Metrics.UFSOps.DELETE_FILE).inc();
            }
        }
        if (!failedUris.isEmpty()) {
            Collection<String> messages = failedUris.stream().map(pair -> String.format("%s (%s)", pair.getFirst(), pair.getSecond())).collect(Collectors.toList());
            throw new FailedPreconditionException(ExceptionMessage.DELETE_FAILED_UFS.getMessage(StringUtils.join(messages, ", ")));
        }
    }
    Metrics.PATHS_DELETED.inc(inodesToDelete.size());
}

Example 2 with FAILED

use of alluxio.master.file.InodeSyncStream.SyncStatus.FAILED in project alluxio by Alluxio.

the class DefaultFileSystemMaster method getFileInfoInternal.

/**
 * @param inodePath the {@link LockedInodePath} to get the {@link FileInfo} for
 * @return the {@link FileInfo} for the given inode
 */
private FileInfo getFileInfoInternal(LockedInodePath inodePath, Counter counter) throws FileDoesNotExistException, UnavailableException {
    Inode inode = inodePath.getInode();
    AlluxioURI uri = inodePath.getUri();
    FileInfo fileInfo = inode.generateClientFileInfo(uri.toString());
    if (fileInfo.isFolder()) {
        fileInfo.setLength(inode.asDirectory().getChildCount());
    }
    fileInfo.setInMemoryPercentage(getInMemoryPercentage(inode));
    fileInfo.setInAlluxioPercentage(getInAlluxioPercentage(inode));
    if (inode.isFile()) {
        try {
            fileInfo.setFileBlockInfos(getFileBlockInfoListInternal(inodePath));
        } catch (InvalidPathException e) {
            throw new FileDoesNotExistException(e.getMessage(), e);
        }
    }
    // Rehydrate missing block-infos for persisted files.
    if (fileInfo.isCompleted() && fileInfo.getBlockIds().size() > fileInfo.getFileBlockInfos().size() && inode.isPersisted()) {
        List<Long> missingBlockIds = fileInfo.getBlockIds().stream().filter((bId) -> fileInfo.getFileBlockInfo(bId) != null).collect(Collectors.toList());
        LOG.warn("BlockInfo missing for file: {}. BlockIdsWithMissingInfos: {}", inodePath.getUri(), missingBlockIds.stream().map(Object::toString).collect(Collectors.joining(",")));
        // Remove old block metadata from block-master before re-committing.
        mBlockMaster.removeBlocks(fileInfo.getBlockIds(), true);
        // Commit all the file blocks (without locations) so the metadata for the block exists.
        commitBlockInfosForFile(fileInfo.getBlockIds(), fileInfo.getLength(), fileInfo.getBlockSizeBytes());
        // Reset file-block-info list with the new list.
        try {
            fileInfo.setFileBlockInfos(getFileBlockInfoListInternal(inodePath));
        } catch (InvalidPathException e) {
            throw new FileDoesNotExistException(String.format("Hydration failed for file: %s", inodePath.getUri()), e);
        }
    }
    fileInfo.setXAttr(inode.getXAttr());
    MountTable.Resolution resolution;
    try {
        resolution = mMountTable.resolve(uri);
    } catch (InvalidPathException e) {
        throw new FileDoesNotExistException(e.getMessage(), e);
    }
    AlluxioURI resolvedUri = resolution.getUri();
    fileInfo.setUfsPath(resolvedUri.toString());
    fileInfo.setMountId(resolution.getMountId());
    if (counter == null) {
        Metrics.getUfsOpsSavedCounter(resolution.getUfsMountPointUri(), Metrics.UFSOps.GET_FILE_INFO).inc();
    } else {
        counter.inc();
    }
    Metrics.FILE_INFOS_GOT.inc();
    return fileInfo;
}