Package org.infinispan.loaders

Examples of org.infinispan.loaders.CacheStore.loadAllKeys()

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         }
      }

      CacheStore cacheStore = distributionManager.getCacheStoreForRehashing();
      if (cacheStore != null) {
         for (Object k : cacheStore.loadAllKeys(new ReadOnlyDataContainerBackedKeySet(dataContainer))) {
            if (!state.containsKey(k) && shouldTransferOwnershipFromLeftNodes(k)) {
               InternalCacheValue v = loadValue(cacheStore, k);              
               if (v != null)
                  state.put(k, v);
            }
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         }
      }

      CacheStore cacheStore = distributionManager.getCacheStoreForRehashing();
      if (cacheStore != null) {
         for (Object k: cacheStore.loadAllKeys(new ReadOnlyDataContainerBackedKeySet(dataContainer))) {
            if (!state.containsKey(k) && shouldTransferOwnershipToJoinNode(k)) {               
               InternalCacheValue v = loadValue(cacheStore, k);              
               if (v != null) state.put(k, v);
            }
         }
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         }
      }

      CacheStore cacheStore = distributionManager.getCacheStoreForRehashing();
      if (cacheStore != null) {
         for (Object k : cacheStore.loadAllKeys(new ReadOnlyDataContainerBackedKeySet(dataContainer))) {
            if (!state.containsKey(k) && shouldTransferOwnershipFromLeftNodes(k)) {
               InternalCacheValue v = loadValue(cacheStore, k);              
               if (v != null)
                  state.put(k, v);
            }
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         checkIfCancelled();

         // Only fetch the data from the cache store if the cache store is not shared
         CacheStore cacheStore = stateTransferManager.getCacheStoreForStateTransfer();
         if (cacheStore != null) {
            for (Object key : cacheStore.loadAllKeys(new ReadOnlyDataContainerBackedKeySet(dataContainer))) {
               rebalance(key, null, numOwners, chOld, chNew, cacheStore, states, keysToRemove);
            }
         } else {
            if (trace) log.trace("No cache store or cache store is shared, not rebalancing stored keys");
         }
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            }

            // Only fetch the data from the cache store if the cache store is not shared
            CacheStore cacheStore = stateTransferManager.getCacheStoreForStateTransfer();
            if (cacheStore != null) {
               for (Object key : cacheStore.loadAllKeys(new ReadOnlyDataContainerBackedKeySet(dataContainer))) {
                  replicate(key, null, chOld, joiners, cacheStore, state);
               }
            } else {
               if (trace) log.trace("No cache store or cache store is shared, not replicating stored keys");
            }
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         if (shouldAddToMap(k, oldCH, numCopies, self)) state.put(k, ice.toInternalCacheValue());
      }

      CacheStore cacheStore = distributionManager.getCacheStoreForRehashing();
      if (cacheStore != null) {
         for (Object k: cacheStore.loadAllKeys(new ReadOnlyDataContainerBackedKeySet(dataContainer))) {
            if (!state.containsKey(k) && shouldAddToMap(k, oldCH, numCopies, self)) {
               InternalCacheValue v = loadValue(cacheStore, k);
               if (v != null) state.put(k, v);
            }
         }
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         }

         CacheStore cs = dmi.getCacheStoreForRehashing();
         if (cs != null) {
            if (log.isTraceEnabled()) log.trace("Examining state in cache store");
            for (Object key: cs.loadAllKeys(new ReadOnlyDataContainerBackedKeySet(dataContainer))) statemap.addState(key, cs);
         }

         // push state.
         Set<Future<Object>> pushFutures = new HashSet<Future<Object>>();
         for (Map.Entry<Address, Map<Object, InternalCacheValue>> entry : statemap.getState().entrySet()) {
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      // gather all keys from cache store that belong to the segments that are being removed/moved to L1
      CacheStore cacheStore = getCacheStore();
      if (cacheStore != null) {
         //todo [anistor] extend CacheStore interface to be able to specify a filter when loading keys (ie. keys should belong to desired segments)
         try {
            Set<Object> storedKeys = cacheStore.loadAllKeys(new ReadOnlyDataContainerBackedKeySet(dataContainer));
            for (Object key : storedKeys) {
               int keySegment = getSegment(key);
               if (segmentsToL1.contains(keySegment)) {
                  keysToL1.add(key);
               } else if (!newSegments.contains(keySegment)) {
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            }

            // Only fetch the data from the cache store if the cache store is not shared
            CacheStore cacheStore = stateTransferManager.getCacheStoreForStateTransfer();
            if (cacheStore != null) {
               for (Object key : cacheStore.loadAllKeys(new ReadOnlyDataContainerBackedKeySet(dataContainer))) {
                  replicate(key, null, chOld, joiners, cacheStore, state);
               }
            } else {
               if (trace) log.trace("No cache store or cache store is shared, not replicating stored keys");
            }
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      // gather all keys from cache store that belong to the segments that are being removed/moved to L1
      CacheStore cacheStore = getCacheStore();
      if (cacheStore != null) {
         //todo [anistor] extend CacheStore interface to be able to specify a filter when loading keys (ie. keys should belong to desired segments)
         try {
            Set<Object> storedKeys = cacheStore.loadAllKeys(new ReadOnlyDataContainerBackedKeySet(dataContainer));
            for (Object key : storedKeys) {
               int keySegment = getSegment(key);
               if (segmentsToL1.contains(keySegment)) {
                  keysToL1.add(key);
               } else if (!newSegments.contains(keySegment)) {
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