public ColumnFamilyResult<K, N> queryColumns(K key) { return doExecuteSlice(key, activeSlicePredicate); }
public ColumnFamilyResult<K, N> queryColumns(K key, HSlicePredicate<N> predicate) { return doExecuteSlice(key, predicate); }
/** * Queries a range of columns at the given key and maps them to an object of * type OBJ using the given mapping object * * @param <T> * @param key * @param predicate The {@link HSlicePredicate} which can hold specific column names * or a range of columns * @param mapper * @return */ public <T> T queryColumns(K key, HSlicePredicate<N> predicate, ColumnFamilyRowMapper<K, N, T> mapper) { return doExecuteSlice(key, predicate, mapper); }
public ColumnFamilyResult<K, N> queryColumns(K key, List<N> columns) { HSlicePredicate<N> predicate = new HSlicePredicate<N>(topSerializer); predicate.setColumnNames(columns); return doExecuteSlice(key, predicate); }
/** * Queries all columns at a given key and maps them to an object of type OBJ * using the given mapping object * * @param <T> * @param key * @param columns * @param mapper * @return */ public <T> T queryColumns(K key, List<N> columns, ColumnFamilyRowMapper<K, N, T> mapper) { HSlicePredicate<N> predicate = new HSlicePredicate<N>(topSerializer); predicate.setColumnNames(columns); return doExecuteSlice(key, predicate, mapper); }
public ColumnFamilyResult<K, N> queryColumns(K key, HSlicePredicate<N> predicate) { return doExecuteSlice(key, predicate); }
public ColumnFamilyResult<K, N> queryColumns(K key) { return doExecuteSlice(key, activeSlicePredicate); }
/** * Queries a range of columns at the given key and maps them to an object of * type OBJ using the given mapping object * * @param <T> * @param key * @param predicate The {@link HSlicePredicate} which can hold specific column names * or a range of columns * @param mapper * @return */ public <T> T queryColumns(K key, HSlicePredicate<N> predicate, ColumnFamilyRowMapper<K, N, T> mapper) { return doExecuteSlice(key, predicate, mapper); }
/** * Queries a range of columns at the given key and maps them to an object of * type OBJ using the given mapping object * * @param <T> * @param key * @param predicate The {@link HSlicePredicate} which can hold specific column names * or a range of columns * @param mapper * @return */ public <T> T queryColumns(K key, HSlicePredicate<N> predicate, ColumnFamilyRowMapper<K, N, T> mapper) { return doExecuteSlice(key, predicate, mapper); }
public ColumnFamilyResult<K, N> queryColumns(K key, HSlicePredicate<N> predicate) { return doExecuteSlice(key, predicate); }
public ColumnFamilyResult<K, N> queryColumns(K key) { return doExecuteSlice(key, activeSlicePredicate); }
public ColumnFamilyResult<K, N> queryColumns(K key, List<N> columns) { HSlicePredicate<N> predicate = new HSlicePredicate<N>(topSerializer); predicate.setColumnNames(columns); return doExecuteSlice(key, predicate); }
public ColumnFamilyResult<K, N> queryColumns(K key, List<N> columns) { HSlicePredicate<N> predicate = new HSlicePredicate<N>(topSerializer); predicate.setColumnNames(columns); return doExecuteSlice(key, predicate); }
/** * Queries all columns at a given key and maps them to an object of type OBJ * using the given mapping object * * @param <T> * @param key * @param columns * @param mapper * @return */ public <T> T queryColumns(K key, List<N> columns, ColumnFamilyRowMapper<K, N, T> mapper) { HSlicePredicate<N> predicate = new HSlicePredicate<N>(topSerializer); predicate.setColumnNames(columns); return doExecuteSlice(key, predicate, mapper); }
/** * Queries all columns at a given key and maps them to an object of type OBJ * using the given mapping object * * @param <T> * @param key * @param columns * @param mapper * @return */ public <T> T queryColumns(K key, List<N> columns, ColumnFamilyRowMapper<K, N, T> mapper) { HSlicePredicate<N> predicate = new HSlicePredicate<N>(topSerializer); predicate.setColumnNames(columns); return doExecuteSlice(key, predicate, mapper); }