decoder.decodeChunk(inputArray, inPos, outputArray, outPos, outPos + originalLength); uncompressed.writerIndex(uncompressed.writerIndex() + originalLength); out.add(uncompressed);
int len = uint16(sourceBuffer, inPtr); inPtr += 2; if (type == LZFChunk.BLOCK_TYPE_NON_COMPRESSED) { // uncompressed if ((outPtr + len) > targetBuffer.length) { _reportArrayOverflow(targetBuffer, outPtr, len); int uncompLen = uint16(sourceBuffer, inPtr); if ((outPtr + uncompLen) > targetBuffer.length) { _reportArrayOverflow(targetBuffer, outPtr, uncompLen); decodeChunk(sourceBuffer, inPtr, targetBuffer, outPtr, outPtr+uncompLen); outPtr += uncompLen;
/** * Method for decompressing a block of input data encoded in LZF * block structure (compatible with lzf command line utility), * and can consist of any number of blocks. * Note that input MUST consists of a sequence of one or more complete * chunks; partial chunks can not be handled. */ public final int decode(final byte[] inputBuffer, final byte[] targetBuffer) throws LZFException { return decode(inputBuffer, 0, inputBuffer.length, targetBuffer); }
/** * Method for decompressing a block of input data encoded in LZF * block structure (compatible with lzf command line utility), * and can consist of any number of blocks. * Note that input MUST consists of a sequence of one or more complete * chunks; partial chunks can not be handled. */ public final byte[] decode(final byte[] inputBuffer) throws LZFException { byte[] result = new byte[calculateUncompressedSize(inputBuffer, 0, inputBuffer.length)]; decode(inputBuffer, 0, inputBuffer.length, result); return result; }
int amount = _decompressor.skipOrDecodeChunk(_wrapper, _inputBuffer, _decodedBytes, n); if (amount >= 0) { // successful skipping of the chunk skipped += amount;
/** * Helper method that checks resulting size of an LZF chunk, regardless of * whether it contains compressed or uncompressed contents. */ public static int calculateUncompressedSize(byte[] data, int offset, int length) throws LZFException { return ChunkDecoder.calculateUncompressedSize(data, length, length); }
int blockLen = uint16(data, ptr+3); if (type == LZFChunk.BLOCK_TYPE_NON_COMPRESSED) { // uncompressed ptr += 5; uncompressedSize += blockLen; } else if (type == LZFChunk.BLOCK_TYPE_COMPRESSED) { // compressed uncompressedSize += uint16(data, ptr+5); ptr += 7; } else { // unknown... CRC-32 would be 2, but that's not implemented by cli tool
int len = uint16(sourceBuffer, inPtr); inPtr += 2; if (type == LZFChunk.BLOCK_TYPE_NON_COMPRESSED) { // uncompressed if ((outPtr + len) > targetBuffer.length) { _reportArrayOverflow(targetBuffer, outPtr, len); int uncompLen = uint16(sourceBuffer, inPtr); if ((outPtr + uncompLen) > targetBuffer.length) { _reportArrayOverflow(targetBuffer, outPtr, uncompLen); decodeChunk(sourceBuffer, inPtr, targetBuffer, outPtr, outPtr+uncompLen); outPtr += uncompLen;
/** * Method for decompressing a block of input data encoded in LZF * block structure (compatible with lzf command line utility), * and can consist of any number of blocks. * Note that input MUST consists of a sequence of one or more complete * chunks; partial chunks can not be handled. */ public final int decode(final byte[] inputBuffer, final byte[] targetBuffer) throws LZFException { return decode(inputBuffer, 0, inputBuffer.length, targetBuffer); }
/** * Method for decompressing a block of input data encoded in LZF * block structure (compatible with lzf command line utility), * and can consist of any number of blocks. * Note that input MUST consists of a sequence of one or more complete * chunks; partial chunks can not be handled. */ public final byte[] decode(final byte[] inputBuffer) throws LZFException { byte[] result = new byte[calculateUncompressedSize(inputBuffer, 0, inputBuffer.length)]; decode(inputBuffer, 0, inputBuffer.length, result); return result; }
int amount = _decoder.skipOrDecodeChunk(_inputStream, _inputBuffer, _decodedBytes, n); if (amount >= 0) { // successful skipping of the chunk skipped += amount;
/** * Helper method that checks resulting size of an LZF chunk, regardless of * whether it contains compressed or uncompressed contents. */ public static int calculateUncompressedSize(byte[] data, int offset, int length) throws LZFException { return ChunkDecoder.calculateUncompressedSize(data, length, length); }
int blockLen = uint16(data, ptr+3); if (type == LZFChunk.BLOCK_TYPE_NON_COMPRESSED) { // uncompressed ptr += 5; uncompressedSize += blockLen; } else if (type == LZFChunk.BLOCK_TYPE_COMPRESSED) { // compressed uncompressedSize += uint16(data, ptr+5); ptr += 7; } else { // unknown... CRC-32 would be 2, but that's not implemented by cli tool
decoder.decodeChunk(inputArray, inPos, outputArray, outPos, outPos + originalLength); uncompressed.writerIndex(uncompressed.writerIndex() + originalLength); out.add(uncompressed);
int len = uint16(sourceBuffer, inPtr); inPtr += 2; if (type == LZFChunk.BLOCK_TYPE_NON_COMPRESSED) { // uncompressed if ((outPtr + len) > targetBuffer.length) { _reportArrayOverflow(targetBuffer, outPtr, len); int uncompLen = uint16(sourceBuffer, inPtr); if ((outPtr + uncompLen) > targetBuffer.length) { _reportArrayOverflow(targetBuffer, outPtr, uncompLen); decodeChunk(sourceBuffer, inPtr, targetBuffer, outPtr, outPtr+uncompLen); outPtr += uncompLen;
/** * Method for decompressing a block of input data encoded in LZF * block structure (compatible with lzf command line utility), * and can consist of any number of blocks. * Note that input MUST consists of a sequence of one or more complete * chunks; partial chunks can not be handled. */ public final int decode(final byte[] inputBuffer, final byte[] targetBuffer) throws LZFException { return decode(inputBuffer, 0, inputBuffer.length, targetBuffer); }
/** * Method for decompressing a block of input data encoded in LZF * block structure (compatible with lzf command line utility), * and can consist of any number of blocks. * Note that input MUST consists of a sequence of one or more complete * chunks; partial chunks can not be handled. */ public final byte[] decode(final byte[] inputBuffer, int inputPtr, int inputLen) throws LZFException { byte[] result = new byte[calculateUncompressedSize(inputBuffer, inputPtr, inputLen)]; decode(inputBuffer, inputPtr, inputLen, result); return result; }
int amount = _decoder.skipOrDecodeChunk(_inputStream, _inputBuffer, _decodedBytes, n); if (amount >= 0) { // successful skipping of the chunk skipped += amount;
/** * Helper method that checks resulting size of an LZF chunk, regardless of * whether it contains compressed or uncompressed contents. */ public static int calculateUncompressedSize(byte[] data, int offset, int length) throws LZFException { return ChunkDecoder.calculateUncompressedSize(data, length, length); }
int blockLen = uint16(data, ptr+3); if (type == LZFChunk.BLOCK_TYPE_NON_COMPRESSED) { // uncompressed ptr += 5; uncompressedSize += blockLen; } else if (type == LZFChunk.BLOCK_TYPE_COMPRESSED) { // compressed uncompressedSize += uint16(data, ptr+5); ptr += 7; } else { // unknown... CRC-32 would be 2, but that's not implemented by cli tool