Examples of org.voltdb.messaging.FastDeserializer.readInt()

Class org.voltdb.messaging.FastDeserializer

Examples of org.voltdb.messaging.FastDeserializer.readInt()

org.voltdb.messaging.FastDeserializer.readInt()

        for (int i=0; i < count; i++) {
            ArrayList<VoltType> types = new ArrayList<VoltType>();
            ArrayList<String> names = new ArrayList<String>();


            byte is_replicated = fds.readByte();
            int p_id = fds.readInt();
            long t_id = fds.readLong();
            String t_name = fds.readString();
            int colcnt = fds.readInt();
            for (int jj = 0; jj < colcnt; jj++) {
                names.add(fds.readString());

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            byte is_replicated = fds.readByte();
            int p_id = fds.readInt();
            long t_id = fds.readLong();
            String t_name = fds.readString();
            int colcnt = fds.readInt();
            for (int jj = 0; jj < colcnt; jj++) {
                names.add(fds.readString());
                types.add(VoltType.get((byte)fds.readInt()));
            }
            result.add(new AdvertisedDataSource(is_replicated, p_id, t_id,

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            long t_id = fds.readLong();
            String t_name = fds.readString();
            int colcnt = fds.readInt();
            for (int jj = 0; jj < colcnt; jj++) {
                names.add(fds.readString());
                types.add(VoltType.get((byte)fds.readInt()));
            }
            result.add(new AdvertisedDataSource(is_replicated, p_id, t_id,
                                                t_name, names, types));
        }
        return result;

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            FastDeserializer fd = new FastDeserializer(saveRestoreHeader);
            byte completedByte = fd.readByte();
            m_completed = failedCRCDueToNotCompleted ? false : (completedByte == 1 ? true : false);


            for (int ii = 0; ii < 4; ii++) {
                m_versionNum[ii] = fd.readInt();
            }
            m_createTime = fd.readLong();
            m_hostId = fd.readInt();
            m_hostname = fd.readString();
            m_clusterName = fd.readString();

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            for (int ii = 0; ii < 4; ii++) {
                m_versionNum[ii] = fd.readInt();
            }
            m_createTime = fd.readLong();
            m_hostId = fd.readInt();
            m_hostname = fd.readString();
            m_clusterName = fd.readString();
            m_databaseName = fd.readString();
            m_tableName = fd.readString();
            m_isReplicated = fd.readBoolean();

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                if (!m_completed) {
                    for (Integer partitionId : m_partitionIds) {
                        m_corruptedPartitions.add(partitionId);
                    }
                }
                m_totalPartitions = fd.readInt();
            } else {
                m_partitionIds = new int[] { 0 };
                m_totalPartitions = 1;
                if (!m_completed) {
                    m_corruptedPartitions.add(0);

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            final boolean dirty = ds.readBoolean();
            if (dirty)
                m_dirty = true;


            for (int ii = 0; ii < tables.length; ii++) {
                final int dependencyCount = ds.readInt(); // ignore the table count
                assert(dependencyCount == 1); //Expect one dependency generated per plan fragment
                ds.readInt(); // ignore the dependency ID
                tables[ii] = (VoltTable) ds.readObject(tables[ii], null);
            }
        }

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                m_dirty = true;


            for (int ii = 0; ii < tables.length; ii++) {
                final int dependencyCount = ds.readInt(); // ignore the table count
                assert(dependencyCount == 1); //Expect one dependency generated per plan fragment
                ds.readInt(); // ignore the dependency ID
                tables[ii] = (VoltTable) ds.readObject(tables[ii], null);
            }
        }


        /**

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            final int numDependencies = depsBuff.getInt();
            final int[] depIds = new int[numDependencies];
            final VoltTable[] dependencies = new VoltTable[numDependencies];
            final FastDeserializer fds = new FastDeserializer(depsBuff);
            for (int ii = 0; ii < numDependencies; ++ii) {
                depIds[ii] = fds.readInt();
                dependencies[ii] = fds.readObject(VoltTable.class);
            }
            assert(depIds.length == 1);


            // and finally return the constructed dependency set

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            FastDeserializer fds = fallbackBuffer == null ? deserializer : new FastDeserializer(fallbackBuffer);
            // get a copy of the result buffers and make the tables
            // use the copy
            try {
                // read the complete size of the buffer used
                final int totalSize = fds.readInt();
                // check if anything was changed
                final boolean dirty = fds.readBoolean();
                if (dirty)
                    m_dirty = true;
                // get a copy of the buffer

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