public static List<TabletLocation> findOverlappingTablets(ServerContext context, VolumeManager fs, TabletLocator locator, Path file) throws Exception { return findOverlappingTablets(context, fs, locator, file, null, null); }
@Override public void run() { List<TabletLocation> tabletsToAssignMapFileTo = Collections.emptyList(); try { tabletsToAssignMapFileTo = findOverlappingTablets(context, fs, locator, mapFile); } catch (Exception ex) { log.warn("Unable to find tablets that overlap file " + mapFile, ex); } log.debug("Map file {} found to overlap {} tablets", mapFile, tabletsToAssignMapFileTo.size()); if (tabletsToAssignMapFileTo.size() == 0) { List<KeyExtent> empty = Collections.emptyList(); completeFailures.put(mapFile, empty); } else assignments.put(mapFile, tabletsToAssignMapFileTo); } };
public static List<TabletLocation> findOverlappingTablets(ServerContext context, VolumeManager fs, TabletLocator locator, Path file, KeyExtent failed) throws Exception { locator.invalidateCache(failed); Text start = getStartRowForExtent(failed); return findOverlappingTablets(context, fs, locator, file, start, failed.getEndRow()); }
try { tabletsToAssignMapFileTo .addAll(findOverlappingTablets(context, fs, locator, entry.getKey(), ke)); keListIter.remove(); } catch (Exception ex) {
public static List<TabletLocation> findOverlappingTablets(AccumuloConfiguration acuConf, FileSystem fs, TabletLocator locator, Path file, TCredentials credentials) throws Exception { return findOverlappingTablets(acuConf, fs, locator, file, null, null, credentials); }
public static List<TabletLocation> findOverlappingTablets(ClientContext context, VolumeManager fs, TabletLocator locator, Path file) throws Exception { return findOverlappingTablets(context, fs, locator, file, null, null); }
@Override public void run() { List<TabletLocation> tabletsToAssignMapFileTo = Collections.emptyList(); try { tabletsToAssignMapFileTo = findOverlappingTablets(context, fs, locator, mapFile); } catch (Exception ex) { log.warn("Unable to find tablets that overlap file " + mapFile.toString(), ex); } log.debug("Map file " + mapFile + " found to overlap " + tabletsToAssignMapFileTo.size() + " tablets"); if (tabletsToAssignMapFileTo.size() == 0) { List<KeyExtent> empty = Collections.emptyList(); completeFailures.put(mapFile, empty); } else assignments.put(mapFile, tabletsToAssignMapFileTo); } };
@Override public void run() { List<TabletLocation> tabletsToAssignMapFileTo = Collections.emptyList(); try { tabletsToAssignMapFileTo = findOverlappingTablets(instance.getConfiguration(), fs, locator, mapFile, credentials); } catch (Exception ex) { log.warn("Unable to find tablets that overlap file " + mapFile.toString()); } log.debug("Map file " + mapFile + " found to overlap " + tabletsToAssignMapFileTo.size() + " tablets"); if (tabletsToAssignMapFileTo.size() == 0) { List<KeyExtent> empty = Collections.emptyList(); completeFailures.put(mapFile, empty); } else assignments.put(mapFile, tabletsToAssignMapFileTo); } };
public static List<TabletLocation> findOverlappingTablets(ClientContext context, VolumeManager fs, TabletLocator locator, Path file, KeyExtent failed) throws Exception { locator.invalidateCache(failed); Text start = getStartRowForExtent(failed); return findOverlappingTablets(context, fs, locator, file, start, failed.getEndRow()); }
public static List<TabletLocation> findOverlappingTablets(AccumuloConfiguration acuConf, FileSystem fs, TabletLocator locator, Path file, KeyExtent failed, TCredentials credentials) throws Exception { locator.invalidateCache(failed); Text start = getStartRowForExtent(failed); return findOverlappingTablets(acuConf, fs, locator, file, start, failed.getEndRow(), credentials); }
tabletsToAssignMapFileTo.addAll(findOverlappingTablets(instance.getConfiguration(), fs, locator, entry.getKey(), ke, credentials)); keListIter.remove(); } catch (Exception ex) {
try { tabletsToAssignMapFileTo .addAll(findOverlappingTablets(context, fs, locator, entry.getKey(), ke)); keListIter.remove(); } catch (Exception ex) {