Package org.iq80.leveldb.util

Examples of org.iq80.leveldb.util.SliceInput.available()

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            // if there are more bytes in the record then there are available in the block,
            // fragment the record; otherwise write to the end of the record
            boolean end;
            int fragmentLength;
            if (sliceInput.available() > bytesAvailableInBlock) {
                end = false;
                fragmentLength = bytesAvailableInBlock;
            }
            else {
                end = true;
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                end = false;
                fragmentLength = bytesAvailableInBlock;
            }
            else {
                end = true;
                fragmentLength = sliceInput.available();
            }

            // determine block type
            LogChunkType type;
            if (begin && end) {
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            long maxSequence = 0;
            MemTable memTable = null;
            for (Slice record = logReader.readRecord(); record != null; record = logReader.readRecord()) {
                SliceInput sliceInput = record.input();
                // read header
                if (sliceInput.available() < 12) {
                    logMonitor.corruption(sliceInput.available(), "log record too small");
                    continue;
                }
                long sequenceBegin = sliceInput.readLong();
                int updateSize = sliceInput.readInt();
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            MemTable memTable = null;
            for (Slice record = logReader.readRecord(); record != null; record = logReader.readRecord()) {
                SliceInput sliceInput = record.input();
                // read header
                if (sliceInput.available() < 12) {
                    logMonitor.corruption(sliceInput.available(), "log record too small");
                    continue;
                }
                long sequenceBegin = sliceInput.readLong();
                int updateSize = sliceInput.readInt();
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            // if there are more bytes in the record then there are available in the block,
            // fragment the record; otherwise write to the end of the record
            boolean end;
            int fragmentLength;
            if (sliceInput.available() > bytesAvailableInBlock) {
                end = false;
                fragmentLength = bytesAvailableInBlock;
            }
            else {
                end = true;
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                end = false;
                fragmentLength = bytesAvailableInBlock;
            }
            else {
                end = true;
                fragmentLength = sliceInput.available();
            }

            // determine block type
            LogChunkType type;
            if (begin && end) {
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            // if there are more bytes in the record then there are available in the block,
            // fragment the record; otherwise write to the end of the record
            boolean end;
            int fragmentLength;
            if (sliceInput.available() > bytesAvailableInBlock) {
                end = false;
                fragmentLength = bytesAvailableInBlock;
            }
            else {
                end = true;
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                end = false;
                fragmentLength = bytesAvailableInBlock;
            }
            else {
                end = true;
                fragmentLength = sliceInput.available();
            }

            // determine block type
            LogChunkType type;
            if (begin && end) {
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            long maxSequence = 0;
            MemTable memTable = null;
            for (Slice record = logReader.readRecord(); record != null; record = logReader.readRecord()) {
                SliceInput sliceInput = record.input();
                // read header
                if (sliceInput.available() < 12) {
                    logMonitor.corruption(sliceInput.available(), "log record too small");
                    continue;
                }
                long sequenceBegin = sliceInput.readLong();
                int updateSize = sliceInput.readInt();
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            MemTable memTable = null;
            for (Slice record = logReader.readRecord(); record != null; record = logReader.readRecord()) {
                SliceInput sliceInput = record.input();
                // read header
                if (sliceInput.available() < 12) {
                    logMonitor.corruption(sliceInput.available(), "log record too small");
                    continue;
                }
                long sequenceBegin = sliceInput.readLong();
                int updateSize = sliceInput.readInt();
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