List of usage examples for java.util.zip Inflater setInput
public void setInput(byte[] input, int off, int len)
From source file:org.apache.hadoop.mapred.TestConcatenatedCompressedInput.java
/** * Test using the raw Inflater codec for reading gzip files. *///from ww w .j a v a 2 s. c o m @Test public void testPrototypeInflaterGzip() throws IOException { CompressionCodec gzip = new GzipCodec(); // used only for file extension localFs.delete(workDir, true); // localFs = FileSystem instance System.out.println(COLOR_BR_BLUE + "testPrototypeInflaterGzip() using " + "non-native/Java Inflater and manual gzip header/trailer parsing" + COLOR_NORMAL); // copy prebuilt (correct!) version of concat.gz to HDFS final String fn = "concat" + gzip.getDefaultExtension(); Path fnLocal = new Path(System.getProperty("test.concat.data", "/tmp"), fn); Path fnHDFS = new Path(workDir, fn); localFs.copyFromLocalFile(fnLocal, fnHDFS); final FileInputStream in = new FileInputStream(fnLocal.toString()); assertEquals("concat bytes available", 148, in.available()); // should wrap all of this header-reading stuff in a running-CRC wrapper // (did so in BuiltInGzipDecompressor; see below) byte[] compressedBuf = new byte[256]; int numBytesRead = in.read(compressedBuf, 0, 10); assertEquals("header bytes read", 10, numBytesRead); assertEquals("1st byte", 0x1f, compressedBuf[0] & 0xff); assertEquals("2nd byte", 0x8b, compressedBuf[1] & 0xff); assertEquals("3rd byte (compression method)", 8, compressedBuf[2] & 0xff); byte flags = (byte) (compressedBuf[3] & 0xff); if ((flags & 0x04) != 0) { // FEXTRA numBytesRead = in.read(compressedBuf, 0, 2); assertEquals("XLEN bytes read", 2, numBytesRead); int xlen = ((compressedBuf[1] << 8) | compressedBuf[0]) & 0xffff; in.skip(xlen); } if ((flags & 0x08) != 0) { // FNAME while ((numBytesRead = in.read()) != 0) { assertFalse("unexpected end-of-file while reading filename", numBytesRead == -1); } } if ((flags & 0x10) != 0) { // FCOMMENT while ((numBytesRead = in.read()) != 0) { assertFalse("unexpected end-of-file while reading comment", numBytesRead == -1); } } if ((flags & 0xe0) != 0) { // reserved assertTrue("reserved bits are set??", (flags & 0xe0) == 0); } if ((flags & 0x02) != 0) { // FHCRC numBytesRead = in.read(compressedBuf, 0, 2); assertEquals("CRC16 bytes read", 2, numBytesRead); int crc16 = ((compressedBuf[1] << 8) | compressedBuf[0]) & 0xffff; } // ready to go! next bytes should be start of deflated stream, suitable // for Inflater numBytesRead = in.read(compressedBuf); // Inflater docs refer to a "dummy byte": no clue what that's about; // appears to work fine without one byte[] uncompressedBuf = new byte[256]; Inflater inflater = new Inflater(true); inflater.setInput(compressedBuf, 0, numBytesRead); try { int numBytesUncompressed = inflater.inflate(uncompressedBuf); String outString = new String(uncompressedBuf, 0, numBytesUncompressed, "UTF-8"); System.out.println("uncompressed data of first gzip member = [" + outString + "]"); } catch (java.util.zip.DataFormatException ex) { throw new IOException(ex.getMessage()); } in.close(); }
From source file:net.dv8tion.jda.core.requests.WebSocketClient.java
@Override public void onBinaryMessage(WebSocket websocket, byte[] binary) throws UnsupportedEncodingException, DataFormatException { //Thanks to ShadowLordAlpha for code and debugging. //Get the compressed message and inflate it StringBuilder builder = new StringBuilder(); Inflater decompresser = new Inflater(); decompresser.setInput(binary, 0, binary.length); byte[] result = new byte[128]; while (!decompresser.finished()) { int resultLength = decompresser.inflate(result); builder.append(new String(result, 0, resultLength, "UTF-8")); }/* ww w.ja va2 s . c o m*/ decompresser.end(); // send the inflated message to the TextMessage method onTextMessage(websocket, builder.toString()); }
From source file:com.marklogic.tree.CompressedTreeDecoder.java
public ExpandedTree decode(byte[] buf, int len) throws IOException { String bad;//from w w w . j a va 2s . c o m ByteArrayInputStream bis = new ByteArrayInputStream(buf); BiendianDataInputStream is = new BiendianDataInputStream(bis); Decoder decoder = new Decoder(is); ExpandedTree rep = new ExpandedTree(); rep.uriKey = decoder.decode64bits(); rep.uniqKey = decoder.decode64bits(); rep.linkKey = decoder.decode64bits(); if (rep.linkKey == -1) { rep.linkKey = decoder.decode64bits(); Inflater decompresser = new Inflater(); decompresser.setInput(buf, 32, len - 32); int resultLength = 0; int offset = 0; int buflen = Math.min((pow2ceil(len) * 2), (1 << 28)); byte[] result = new byte[buflen]; try { for (;;) { resultLength += decompresser.inflate(result, offset, buflen - offset); if (decompresser.finished()) { break; } offset = buflen; buflen += Math.min(buflen, (1 << 28)); result = java.util.Arrays.copyOf(result, buflen); } } catch (java.util.zip.DataFormatException ex) { throw new IOException("zip inflate failed"); } bis = new ByteArrayInputStream(result, 0, resultLength); is = new BiendianDataInputStream(bis); decoder = new Decoder(is); } rep.numKeys = decoder.decodeUnsigned(); if (rep.numKeys == 0) rep.keys = null; else { rep.keys = new long[rep.numKeys]; for (int i = 0; i < rep.numKeys; ++i) { rep.keys[i] = decoder.decode64bits(); } } if (LOG.isTraceEnabled()) { LOG.trace(String.format("uriKey %016x", rep.uriKey)); LOG.trace(String.format("uniqKey %016x", rep.uniqKey)); LOG.trace(String.format("linkKey %016x", rep.linkKey)); for (int i = 0; i < rep.numKeys; ++i) { LOG.trace(String.format(" key[%d] %016x", i, rep.keys[i])); } } // atoms int numAtomDataWords = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format("numAtomDataWords %d", numAtomDataWords)); if (numAtomDataWords == 0) rep.atomData = null; else { rep.atomData = new byte[numAtomDataWords * 4]; for (int i = 0, j = 0; i < numAtomDataWords; ++i) { int word = decoder.decode32bits(); rep.atomData[j++] = (byte) (word & 0xff); rep.atomData[j++] = (byte) ((word >> 8) & 0xff); rep.atomData[j++] = (byte) ((word >> 16) & 0xff); rep.atomData[j++] = (byte) ((word >> 24) & 0xff); if (LOG.isTraceEnabled()) { LOG.trace(String.format(" atomData[%d] %08x", i, word)); LOG.trace(String.format(" atomData[%d] %02x %02x %02x %02x", i, rep.atomData[i * 4], rep.atomData[i * 4 + 1], rep.atomData[i * 4 + 2], rep.atomData[i * 4 + 3])); } } } rep.atomLimit = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) { LOG.trace(String.format("atomLimit %d", rep.atomLimit)); } if (rep.atomLimit == 0) { rep.atomIndex = null; } else { rep.atomIndex = new int[rep.atomLimit + 1]; int j = 0; for (int i = 0; i < rep.atomLimit; ++i) { rep.atomIndex[i] = j; if (LOG.isTraceEnabled()) LOG.trace(String.format(" atomIndex[%d] %08x", i, rep.atomIndex[i])); if (rep.atomData != null) while (rep.atomData[j++] != 0) ; } rep.atomIndex[rep.atomLimit] = j; } for (int i = 0; i < rep.atomLimit; ++i) { if (LOG.isTraceEnabled()) LOG.trace(String.format(" atomString[%d] %s", i, rep.atomString(i))); } // node names int numNodeNameReps = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format("numNodeNameReps %d", numNodeNameReps)); if (numNodeNameReps == 0) { rep.nodeNameNameAtom = null; rep.nodeNameNamespaceAtom = null; } else { rep.nodeNameNameAtom = new int[numNodeNameReps]; rep.nodeNameNamespaceAtom = new int[numNodeNameReps]; } int xmlSpaceNodeNameRepID = Integer.MAX_VALUE; int xmlLangNodeNameRepID = Integer.MAX_VALUE; int xmlBaseNodeNameRepID = Integer.MAX_VALUE; int xsiTypeNodeNameRepID = Integer.MAX_VALUE; for (int j = 0; j < numNodeNameReps; j++) { rep.nodeNameNameAtom[j] = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format(" nodeNameNameAtom[%d] %d", j, rep.nodeNameNameAtom[j])); assert (rep.nodeNameNameAtom[j] < rep.atomLimit); rep.nodeNameNamespaceAtom[j] = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format(" nodeNameNamespaceAtom[%d] %d", j, rep.nodeNameNamespaceAtom[j])); assert (rep.nodeNameNamespaceAtom[j] < rep.atomLimit); if (rep.atomEquals(rep.nodeNameNamespaceAtom[j], xmlURIBytes)) { if (rep.atomEquals(rep.nodeNameNameAtom[j], spaceBytes)) xmlSpaceNodeNameRepID = j; else if (rep.atomEquals(rep.nodeNameNameAtom[j], langBytes)) { xmlLangNodeNameRepID = j; } else if (rep.atomEquals(rep.nodeNameNameAtom[j], baseBytes)) xmlBaseNodeNameRepID = j; } else if (rep.atomEquals(rep.nodeNameNameAtom[j], xsiURIBytes)) { if (rep.atomEquals(rep.nodeNameNameAtom[j], typeBytes)) xsiTypeNodeNameRepID = j; } } if (LOG.isTraceEnabled()) { LOG.trace(String.format("xmlSpaceNodeNameRepID %d", xmlSpaceNodeNameRepID)); LOG.trace(String.format("xmlLangNodeNameRepID %d", xmlLangNodeNameRepID)); LOG.trace(String.format("xmlBaseNodeNameRepID %d", xmlBaseNodeNameRepID)); LOG.trace(String.format("xsiTypeNodeNameRepID %d", xsiTypeNodeNameRepID)); } int numElemNodeReps = 0; int numAttrNodeReps = 0; int numDocNodeReps = 0; int numPINodeReps = 0; int numArrayNodeReps = 0; int numDoubles = 0; // node counts rep.numNodeReps = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format("numNodeReps %d", rep.numNodeReps)); if (rep.numNodeReps == 0) { // escape int version = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format("version %d", version)); assert (version == 0); rep.numNodeReps = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format("rep.numNodeReps %d", rep.numNodeReps)); if (rep.numNodeReps > 0) { rep.nodes = new NodeImpl[rep.numNodeReps]; rep.nodeOrdinal = new long[rep.numNodeReps]; rep.nodeKind = new byte[rep.numNodeReps]; rep.nodeRepID = new int[rep.numNodeReps]; rep.nodeParentNodeRepID = new int[rep.numNodeReps]; } numArrayNodeReps = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format("numArrayNodeReps %d", numArrayNodeReps)); if (numArrayNodeReps > 0) { rep.arrayNodeTextRepID = new int[numArrayNodeReps]; rep.arrayNodeChildNodeRepID = new int[numArrayNodeReps]; rep.arrayNodeNumChildren = new int[numArrayNodeReps]; } numDoubles = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format("numDoubles %d", numDoubles)); if (numDoubles > 0) { rep.doubles = new double[numDoubles]; } numDocNodeReps = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format("numDocNodeReps %d", numDocNodeReps)); if (numDocNodeReps > 0) { rep.docNodeTextRepID = new int[numDocNodeReps]; rep.docNodeChildNodeRepID = new int[numDocNodeReps]; rep.docNodeNumChildren = new int[numDocNodeReps]; } } else { // compat if (rep.numNodeReps > 0) { rep.nodes = new NodeImpl[rep.numNodeReps]; rep.nodeOrdinal = new long[rep.numNodeReps]; rep.nodeKind = new byte[rep.numNodeReps]; rep.nodeRepID = new int[rep.numNodeReps]; rep.nodeParentNodeRepID = new int[rep.numNodeReps]; } numElemNodeReps = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format("numElemNodeReps %d", numElemNodeReps)); if (numElemNodeReps > 0) { rep.elemNodeNodeNameRepID = new int[numElemNodeReps]; rep.elemNodeAttrNodeRepID = new int[numElemNodeReps]; rep.elemNodeChildNodeRepID = new int[numElemNodeReps]; rep.elemNodeElemDeclRepID = new int[numElemNodeReps]; rep.elemNodeNumAttributes = new int[numElemNodeReps]; rep.elemNodeNumDefaultAttrs = new int[numElemNodeReps]; rep.elemNodeNumChildren = new int[numElemNodeReps]; rep.elemNodeFlags = new int[numElemNodeReps]; } numAttrNodeReps = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format("numAttrNodeReps %d", numAttrNodeReps)); if (numAttrNodeReps > 0) { rep.attrNodeNodeNameRepID = new int[numAttrNodeReps]; rep.attrNodeTextRepID = new int[numAttrNodeReps]; rep.attrNodeAttrDeclRepID = new int[numAttrNodeReps]; } rep.numLinkNodeReps = decoder.decodeUnsigned() * 4 / 3; if (LOG.isTraceEnabled()) LOG.trace(String.format("numLinkNodeReps %d", rep.numLinkNodeReps)); if (rep.numLinkNodeReps > 0) { rep.linkNodeKey = new long[rep.numLinkNodeReps]; rep.linkNodeNodeCount = new long[rep.numLinkNodeReps]; rep.linkNodeNodeNameRepID = new int[rep.numLinkNodeReps]; rep.linkNodeNodeRepID = new int[rep.numLinkNodeReps]; } numDocNodeReps = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format("numDocNodeReps %d", numDocNodeReps)); if (numDocNodeReps > 0) { rep.docNodeTextRepID = new int[numDocNodeReps]; rep.docNodeChildNodeRepID = new int[numDocNodeReps]; rep.docNodeNumChildren = new int[numDocNodeReps]; } numPINodeReps = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format("numPINodeReps %d", numPINodeReps)); if (numPINodeReps > 0) { rep.piNodeTargetAtom = new int[numPINodeReps]; rep.piNodeTextRepID = new int[numPINodeReps]; } rep.numNSNodeReps = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format("numNSNodeReps %d", rep.numNSNodeReps)); if (rep.numNSNodeReps > 0) { rep.nsNodeOrdinal = new long[rep.numNSNodeReps]; rep.nsNodePrevNSNodeRepID = new int[rep.numNSNodeReps]; rep.nsNodePrefixAtom = new int[rep.numNSNodeReps]; rep.nsNodeUriAtom = new int[rep.numNSNodeReps]; } } rep.numPermNodeReps = decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format("numPermNodeReps %d", rep.numPermNodeReps)); if (rep.numPermNodeReps > 0) { rep.permNodeOrdinal = new long[rep.numPermNodeReps]; rep.permNodePrevPermNodeRepID = new int[rep.numPermNodeReps]; rep.permNodeCapability = new Capability[rep.numPermNodeReps]; rep.permNodeRoleId = new long[rep.numPermNodeReps]; } // uri atoms rep.uriTextRepID = 0; decodeText(rep, decoder, rep.atomLimit); // collection atoms rep.colsTextRepID = rep.numTextReps; decodeText(rep, decoder, rep.atomLimit); // nodes int nextDocNodeRep = 0; int nextElemNodeRep = 0; int nextAttrNodeRep = 0; int nextPINodeRep = 0; int nextNSNodeRep = 0; int nextPermNodeRep = 0; int parentNodeRepID = 0; int nextArrayNodeRep = 0; int nextDouble = 0; long lastNSNodeRepOrdinal = 0; long lastPermNodeRepOrdinal = 0; for (int i = 0; i < rep.numNodeReps; i++) { rep.nodeKind[i] = (byte) decoder.decodeUnsigned(4); if (LOG.isTraceEnabled()) LOG.trace(String.format(" nodeKind[%d] %s", i, rep.nodeKind[i])); //assert (rep.nodeKind[i] != NodeKind.NULL); parentNodeRepID += decoder.decodeUnsigned(); if (LOG.isTraceEnabled()) LOG.trace(String.format(" parentNodeRepID[%d] %d", i, parentNodeRepID)); assert (parentNodeRepID <= i); if (parentNodeRepID == i) rep.nodeParentNodeRepID[i] = Integer.MAX_VALUE; else { rep.nodeParentNodeRepID[i] = parentNodeRepID; assert (rep.nodeKind[parentNodeRepID] == NodeKind.ELEM || rep.nodeKind[parentNodeRepID] == NodeKind.DOC || rep.nodeKind[parentNodeRepID] == NodeKind.ARRAY || rep.nodeKind[parentNodeRepID] == NodeKind.OBJECT || rep.nodeKind[parentNodeRepID] == NodeKind.LINK); int parentRepID = rep.nodeRepID[parentNodeRepID]; switch (rep.nodeKind[parentNodeRepID]) { case NodeKind.ELEM: { switch (rep.nodeKind[i]) { case NodeKind.ATTR: if (rep.elemNodeAttrNodeRepID[parentRepID] == Integer.MAX_VALUE) rep.elemNodeAttrNodeRepID[parentRepID] = i; assert (rep.elemNodeAttrNodeRepID[parentRepID] + rep.elemNodeNumAttributes[parentRepID] == i); ++rep.elemNodeNumAttributes[parentRepID]; break; default: if (rep.elemNodeChildNodeRepID[parentRepID] == Integer.MAX_VALUE) rep.elemNodeChildNodeRepID[parentRepID] = i; assert (rep.elemNodeChildNodeRepID[parentRepID] + rep.elemNodeNumChildren[parentRepID] == i); ++rep.elemNodeNumChildren[parentRepID]; } break; } case NodeKind.DOC: { if (rep.docNodeChildNodeRepID[parentNodeRepID] == Integer.MAX_VALUE) rep.docNodeChildNodeRepID[parentNodeRepID] = i; assert (rep.docNodeChildNodeRepID[parentNodeRepID] + rep.docNodeNumChildren[parentNodeRepID] == i); ++rep.docNodeNumChildren[parentNodeRepID]; break; } case NodeKind.ARRAY: case NodeKind.OBJECT: { if (rep.arrayNodeChildNodeRepID[parentRepID] == Integer.MAX_VALUE) rep.arrayNodeChildNodeRepID[parentRepID] = i; assert (rep.arrayNodeChildNodeRepID[parentRepID] + rep.arrayNodeNumChildren[parentRepID] == i); ++rep.arrayNodeNumChildren[parentRepID]; break; } default: break; } } switch (rep.nodeKind[i]) { case NodeKind.ELEM: { int j = nextElemNodeRep++; rep.nodeRepID[i] = j; assert (j < numElemNodeReps); rep.elemNodeNodeNameRepID[j] = decoder.decodeUnsigned(); rep.elemNodeAttrNodeRepID[j] = Integer.MAX_VALUE; rep.elemNodeChildNodeRepID[j] = Integer.MAX_VALUE; rep.elemNodeElemDeclRepID[j] = Integer.MAX_VALUE; rep.elemNodeNumAttributes[j] = 0; rep.elemNodeNumDefaultAttrs[j] = 0; rep.elemNodeNumChildren[j] = 0; rep.elemNodeFlags[j] = 0; if (rep.elemNodeNodeNameRepID[j] >= numNodeNameReps) { rep.elemNodeNumDefaultAttrs[j] = rep.elemNodeNodeNameRepID[j] / numNodeNameReps; rep.elemNodeNodeNameRepID[j] = rep.elemNodeNodeNameRepID[j] % numNodeNameReps; } break; } case NodeKind.ATTR: { assert (parentNodeRepID < i); assert (rep.nodeKind[parentNodeRepID] == NodeKind.ELEM); rep.nodeRepID[i] = nextAttrNodeRep++; assert (rep.nodeRepID[i] < numAttrNodeReps); rep.attrNodeNodeNameRepID[rep.nodeRepID[i]] = decoder.decodeUnsigned(); assert (rep.attrNodeNodeNameRepID[rep.nodeRepID[i]] < numNodeNameReps); if (rep.attrNodeNodeNameRepID[rep.nodeRepID[i]] == xmlSpaceNodeNameRepID) rep.elemNodeFlags[rep.nodeRepID[parentNodeRepID]] |= xmlSpaceAttrPresentFlag; else if (rep.attrNodeNodeNameRepID[rep.nodeRepID[i]] == xmlLangNodeNameRepID) rep.elemNodeFlags[rep.nodeRepID[parentNodeRepID]] |= xmlLangAttrPresentFlag; else if (rep.attrNodeNodeNameRepID[rep.nodeRepID[i]] == xmlBaseNodeNameRepID) rep.elemNodeFlags[rep.nodeRepID[parentNodeRepID]] |= xmlBaseAttrPresentFlag; else if (rep.attrNodeNodeNameRepID[rep.nodeRepID[i]] == xsiTypeNodeNameRepID) rep.elemNodeFlags[rep.nodeRepID[parentNodeRepID]] |= xsiTypeAttrPresentFlag; rep.attrNodeTextRepID[rep.nodeRepID[i]] = rep.numTextReps; decodeText(rep, decoder, rep.atomLimit); rep.attrNodeAttrDeclRepID[rep.nodeRepID[i]] = Integer.MAX_VALUE; break; } case NodeKind.TEXT: { rep.nodeRepID[i] = rep.numTextReps; decodeText(rep, decoder, rep.atomLimit); break; } case NodeKind.BINARY: { rep.nodeRepID[i] = 0; int nbytes = decoder.decodeUnsigned(); if (nbytes > MAX_BINARY_BYTES) { // large binary rep.binaryKey = decoder.decode64bits(); rep.binaryOffset = decoder.decodeUnsignedLong(); rep.binarySize = decoder.decodeUnsignedLong(); rep.binaryOrigLen = decoder.decodeUnsignedLong(); rep.binaryPathAtom = decoder.decodeUnsigned(); } else { decodeBinary(decoder, rep, nbytes); } break; } case NodeKind.PI: { int piNodeRep = rep.nodeRepID[i] = nextPINodeRep++; assert (piNodeRep < numPINodeReps); int targetAtom = rep.piNodeTargetAtom[piNodeRep] = decoder.decodeUnsigned(); assert (targetAtom < rep.atomLimit); rep.piNodeTextRepID[piNodeRep] = rep.numTextReps; decodeText(rep, decoder, rep.atomLimit); break; } case NodeKind.LINK: { long key = decoder.decode64bits(); int linkNodeRep = (int) (key % rep.numLinkNodeReps); while (true) { if (rep.linkNodeKey[linkNodeRep] == 0) { rep.nodeRepID[i] = linkNodeRep; rep.linkNodeKey[linkNodeRep] = key; rep.linkNodeNodeCount[linkNodeRep] = decoder.decodeUnsignedLong(); rep.linkNodeNodeNameRepID[linkNodeRep] = decoder.decodeUnsigned(); assert (rep.linkNodeNodeNameRepID[linkNodeRep] < numNodeNameReps); rep.linkNodeNodeRepID[linkNodeRep] = i; break; } linkNodeRep = hashWrap(linkNodeRep + 1, rep.numLinkNodeReps); } break; } case NodeKind.COMMENT: { rep.nodeRepID[i] = rep.numTextReps; decodeText(rep, decoder, rep.atomLimit); break; } case NodeKind.DOC: { int docNode = rep.nodeRepID[i] = nextDocNodeRep++; assert (docNode < numDocNodeReps); rep.docNodeTextRepID[i] = rep.numTextReps; decodeText(rep, decoder, rep.atomLimit); rep.docNodeChildNodeRepID[docNode] = Integer.MAX_VALUE; rep.docNodeNumChildren[docNode] = 0; break; } case NodeKind.NS: { int nsNode = rep.nodeRepID[i] = nextNSNodeRep++; assert (nsNode < rep.numNSNodeReps); lastNSNodeRepOrdinal = rep.nsNodeOrdinal[nsNode] = lastNSNodeRepOrdinal + decoder.decodeUnsignedLong(); rep.nsNodePrevNSNodeRepID[nsNode] = rep.nodeRepID[i] - decoder.decodeUnsigned() - 1; assert (rep.nsNodePrevNSNodeRepID[nsNode] < rep.numNSNodeReps || rep.nsNodePrevNSNodeRepID[nsNode] == Integer.MAX_VALUE); rep.nsNodePrefixAtom[nsNode] = decoder.decodeUnsigned() - 1; assert (rep.nsNodePrefixAtom[nsNode] < rep.atomLimit || rep.nsNodePrefixAtom[nsNode] == Integer.MAX_VALUE); rep.nsNodeUriAtom[nsNode] = decoder.decodeUnsigned() - 1; assert (rep.nsNodeUriAtom[nsNode] < rep.atomLimit || rep.nsNodeUriAtom[nsNode] == Integer.MAX_VALUE); break; } case NodeKind.PERM: { int permNode = rep.nodeRepID[i] = nextPermNodeRep++; assert (permNode < rep.numPermNodeReps); lastPermNodeRepOrdinal = rep.permNodeOrdinal[permNode] = lastPermNodeRepOrdinal + decoder.decodeUnsignedLong(); long prevPermNode = rep.permNodePrevPermNodeRepID[permNode] = permNode - decoder.decodeUnsigned() - 1; assert (prevPermNode < rep.numPermNodeReps || prevPermNode == Integer.MAX_VALUE); Capability capability = rep.permNodeCapability[permNode] = Capability.values()[decoder .decodeUnsigned(4)]; assert (capability != Capability.NULL); long roleId = rep.permNodeRoleId[permNode] = decoder.decode64bits(); assert (roleId < Long.MAX_VALUE); break; } case NodeKind.NULL: { switch (decoder.decodeUnsigned(3)) { case 1: { rep.nodeKind[i] = NodeKind.BOOLEAN; rep.nodeRepID[i] = 0; break; } case 2: { rep.nodeKind[i] = NodeKind.BOOLEAN; rep.nodeRepID[i] = 1; break; } case 3: { rep.nodeKind[i] = NodeKind.NUMBER; rep.nodeRepID[i] = nextDouble++; assert (rep.nodeRepID[i] < numDoubles); rep.doubles[rep.nodeRepID[i]] = decoder.decodeDouble(); break; } case 4: { rep.nodeKind[i] = NodeKind.ARRAY; rep.nodeRepID[i] = nextArrayNodeRep++; assert (rep.nodeRepID[i] < numArrayNodeReps); rep.arrayNodeTextRepID[rep.nodeRepID[i]] = Integer.MAX_VALUE; rep.arrayNodeChildNodeRepID[rep.nodeRepID[i]] = Integer.MAX_VALUE; rep.arrayNodeNumChildren[rep.nodeRepID[i]] = 0; break; } case 5: { rep.nodeKind[i] = NodeKind.OBJECT; rep.nodeRepID[i] = nextArrayNodeRep++; assert (rep.nodeRepID[i] < numArrayNodeReps); rep.arrayNodeTextRepID[rep.nodeRepID[i]] = rep.numTextReps; rep.arrayNodeChildNodeRepID[rep.nodeRepID[i]] = Integer.MAX_VALUE; rep.arrayNodeNumChildren[rep.nodeRepID[i]] = 0; int numKeys = decoder.decodeUnsigned(); addText(rep, numKeys); int atomLimit = rep.atomLimit; for (int j = 0; j < numKeys; ++j) { int atom = decoder.decodeUnsigned(); assert (atom < atomLimit); if (atom >= atomLimit) { bad = "atom"; if (LOG.isTraceEnabled()) LOG.trace(String.format("bad atom %d atomLimit %d", atom, atomLimit)); } rep.textReps[rep.numTextReps++] = atom; } break; } default: break; } break; } default: break; } } if (rep.numNodeReps > 0) { assignOrdinals(rep); } return rep; }