Package org.infinispan.lucene

Examples of org.infinispan.lucene.FileCacheKey

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   private static final String FILE_NAME = "largeFile";
   private static final long TEST_SIZE = ((long)Integer.MAX_VALUE) + 10;//something not fitting in int
   private static final int AUTO_BUFFER = 16;//ridiculously low

   public void testAutoChunkingOnLargeFiles() throws CacheLoaderException {
      FileCacheKey k = new FileCacheKey(INDEX_NAME, FILE_NAME);
      DirectoryLoaderAdaptor adaptor = new DirectoryLoaderAdaptor(new InternalDirectoryContractImpl(), INDEX_NAME, AUTO_BUFFER);
      Object loaded = adaptor.load(k);
      AssertJUnit.assertTrue(loaded instanceof FileMetadata);
      FileMetadata metadata = (FileMetadata)loaded;
      AssertJUnit.assertEquals(23, metadata.getLastModified());
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                  String[] fileNamesFromIndexDir = TestHelper.getFileNamesFromDir(rootDir, indexName);

                  LuceneCacheLoader cacheLoader = (LuceneCacheLoader) TestingUtil.extractComponent(cacheManager.getCache(),
                                                                                                   CacheLoaderManager.class).getCacheLoader();
                  for(String fileName : fileNamesFromIndexDir) {
                     FileCacheKey key = new FileCacheKey(indexName, fileName);
                     assert cacheLoader.containsKey(key);

                     //Testing non-existent keys with non-acceptable type
                     assert !cacheLoader.containsKey(fileName);
                  }
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   TransactionalSharedLuceneLock(Cache<?, ?> cache, String indexName, String lockName, TransactionManager tm) {
      this.noCacheStoreCache = (Cache<FileCacheKey, FileCacheKey>) cache.getAdvancedCache().withFlags(Flag.SKIP_CACHE_STORE, Flag.SKIP_CACHE_LOAD, Flag.SKIP_INDEXING);
      this.lockName = lockName;
      this.indexName = indexName;
      this.tm = tm;
      this.keyOfLock = new FileCacheKey(indexName, lockName);
   }
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      try {
         //Now we collect first all FileCacheKey (keys for file metadata)
         String[] listAll = directory.listAll();
         for (String fileName : listAll) {
            if (collectedKeys >= maxElements) return;
            FileCacheKey key = new FileCacheKey(indexName, fileName);
            if (! keysToExclude.contains(key)) {
               if (keysCollector.add(key)) {
                  if (++collectedKeys >= maxElements) return;
               }
            }
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            lockValue = locksCache.putIfAbsent(readLockKey, 2);
            done = (null == lockValue);
            if (done) {
               // have to check now that the fileKey still exists to prevent the race condition of
               // T1 fileKey exists - T2 delete file and remove readlock - T1 putIfAbsent(readlock, 2)
               final FileCacheKey fileKey = new FileCacheKey(indexName, filename);
               if (metadataCache.get(fileKey) == null) {
                  locksCache.withFlags(Flag.IGNORE_RETURN_VALUES).removeAsync(readLockKey);
                  return false;
               }
            }
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   static void realFileDelete(FileReadLockKey readLockKey, AdvancedCache<Object, Integer> locksCache,
                              AdvancedCache<?, ?> chunksCache, AdvancedCache<?, ?> metadataCache) {
      final boolean trace = log.isTraceEnabled();
      final String indexName = readLockKey.getIndexName();
      final String filename = readLockKey.getFileName();
      final FileCacheKey key = new FileCacheKey(indexName, filename);
      if (trace) log.tracef("deleting metadata: %s", key);
      final FileMetadata file = (FileMetadata) metadataCache.remove(key);
      final int bufferSize = file.getBufferSize();
      if (file != null) { //during optimization of index a same file could be deleted twice, so you could see a null here
         for (int i = 0; i < file.getNumberOfChunks(); i++) {
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   TransactionalSharedLuceneLock(Cache<?, ?> cache, String indexName, String lockName, TransactionManager tm) {
      this.noCacheStoreCache = (Cache<FileCacheKey, FileCacheKey>) cache.getAdvancedCache().withFlags(Flag.SKIP_CACHE_STORE, Flag.SKIP_CACHE_LOAD, Flag.SKIP_INDEXING);
      this.lockName = lockName;
      this.indexName = indexName;
      this.tm = tm;
      this.keyOfLock = new FileCacheKey(indexName, lockName);
   }
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   BaseLuceneLock(Cache<?, ?> cache, String indexName, String lockName) {
      this.noCacheStoreCache = (Cache<Object, Object>) cache.getAdvancedCache().withFlags(Flag.SKIP_CACHE_STORE, Flag.SKIP_CACHE_LOAD, Flag.SKIP_INDEXING);
      this.lockName = lockName;
      this.indexName = indexName;
      this.keyOfLock = new FileCacheKey(indexName, lockName);
   }
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   BaseLuceneLock(Cache<?, ?> cache, String indexName, String lockName) {
      this.noCacheStoreCache = (Cache<Object, Object>) cache.getAdvancedCache().withFlags(Flag.SKIP_CACHE_STORE, Flag.SKIP_CACHE_LOAD);
      this.lockName = lockName;
      this.indexName = indexName;
      this.keyOfLock = new FileCacheKey(indexName, lockName);
   }
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      try {
         //Now we collect first all FileCacheKey (keys for file metadata)
         String[] listAll = directory.listAll();
         for (String fileName : listAll) {
            if (collectedKeys >= maxElements) return;
            FileCacheKey key = new FileCacheKey(indexName, fileName);
            if (keysToExclude == null || !keysToExclude.contains(key)) {
               if (keysCollector.add(key)) {
                  if (++collectedKeys >= maxElements) return;
               }
            }
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Related Classes of org.infinispan.lucene.FileCacheKey

  • org.infinispan.lucene.cacheloader.CacheLoaderAPITest
  • org.infinispan.lucene.cacheloader.DirectoryLoaderAdaptor
  • org.infinispan.lucene.cacheloader.LargeIndexesTest
  • org.infinispan.lucene.cacheloader.LuceneCacheLoaderTest
  • org.infinispan.lucene.cachestore.CacheLoaderAPITest
  • org.infinispan.lucene.cachestore.DirectoryLoaderAdaptor
  • org.infinispan.lucene.cachestore.LargeIndexesTest
  • org.infinispan.lucene.cachestore.LuceneCacheLoaderTest
  • org.infinispan.lucene.DirectoryIntegrityCheck
  • org.infinispan.lucene.impl.DirectoryImplementor
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