Examples of com.basho.riak.client.core.util.BinaryValue

com.basho.riak.client.core.util.BinaryValue
Lightweight utility class for byte arrays.
In almost all cases Riak is character asSet agnostic when it comes to data; buckets, keys, values and metadata are all stored in Riak simply as bytes.

This utility class is used throughout the client in order to encapsulate and allow access to those bytes by the user when the data is generally representative of a {@code String} so that any character asSet may be used.
@riak.threadsafety If you are using this class directly keep in mind that any modification to the wrapped byte[] post creation via either a retained reference to the array after calling unsafeCreate() or accessing the array directly via unsafeGetValue() will lead to undefined behavior in regard to thread safety and visibility.
@author Brian Roach @since 2.0

     * @return the String representation of the key
     */
    public <T> BinaryValue getRiakKey(T obj)
    {
        // TODO: charset
        BinaryValue key = null;
        if (riakKeyField != null)
        {
            if (riakKeyField.getType().equals(String.class))
            {
                Object o = getFieldValue(riakKeyField, obj);

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    }


    // TODO: charset in annotation
    public <T> BinaryValue getRiakBucketName(T obj)
    {
        BinaryValue bucketName = null;
        
        if (riakBucketNameField != null)
        {
            if (riakBucketNameField.getType().equals(String.class))
            {

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    }
    
    // TODO: charset in annotation
    public <T> BinaryValue getRiakBucketType(T obj)
    {
        BinaryValue bucketType = null;
        
        if (riakBucketTypeField != null)
        {
            if (riakBucketTypeField.getType().equals(String.class))
            {

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     * @param key the key the counter is mapped to.
     * @return a reference to this object.
     */
    public MapUpdate removeCounter(String key)
    {
        BinaryValue k = BinaryValue.create(key);
        removes.add(new MapOp.MapField(MapOp.FieldType.COUNTER, k));
        return this;
    }

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     * @param key the key the register is mapped to.
     * @return a reference to this object.
     */
    public MapUpdate removeRegister(String key)
    {
        BinaryValue k = BinaryValue.create(key);
        removes.add(new MapOp.MapField(MapOp.FieldType.REGISTER, k));
        return this;
    }

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     * @param key the key the flag is mapped to.
     * @return a reference to this object.
     */
    public MapUpdate removeFlag(String key)
    {
        BinaryValue k = BinaryValue.create(key);
        removes.add(new MapOp.MapField(MapOp.FieldType.FLAG, k));
        return this;
    }

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     * @param key the key the set is mapped to.
     * @return a reference to this object.
     */
    public MapUpdate removeSet(String key)
    {
        BinaryValue k = BinaryValue.create(key);
        removes.add(new MapOp.MapField(MapOp.FieldType.SET, k));
        return this;
    }

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     * @param key the key the map is mapped to.
     * @return a reference to this object.
     */
    public MapUpdate removeMap(String key)
    {
        BinaryValue k = BinaryValue.create(key);
        removes.add(new MapOp.MapField(MapOp.FieldType.MAP, k));
        return this;
    }

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     * @param builder the update to apply to the map the key is mapped to. If none exists it is created. 
     * @return a reference to this object.
     */
    public MapUpdate update(String key, MapUpdate builder)
    {
        BinaryValue k = BinaryValue.create(key);
        updates.add(new MapOp.MapUpdate(new MapOp.MapField(MapOp.FieldType.MAP, k), builder.getOp()));
        return this;
    }

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     * @param builder the update to apply to the set the key is mapped to. If none exists it is created. 
     * @return a reference to this object.
     */
    public MapUpdate update(String key, SetUpdate builder)
    {
        BinaryValue k = BinaryValue.create(key);
        updates.add(new MapOp.MapUpdate(new MapOp.MapField(MapOp.FieldType.SET, k), builder.getOp()));
        return this;
    }

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