package com.taover.repository.jdbctemplate;

import java.io.Serializable;
import java.util.Collection;
import java.util.List;
import java.util.Map;

import org.springframework.dao.DataAccessException;
import org.springframework.dao.IncorrectResultSizeDataAccessException;
import org.springframework.jdbc.core.BatchPreparedStatementSetter;
import org.springframework.jdbc.core.ColumnMapRowMapper;
import org.springframework.jdbc.core.JdbcTemplate;
import org.springframework.jdbc.core.ParameterizedPreparedStatementSetter;
import org.springframework.jdbc.core.PreparedStatementCallback;
import org.springframework.jdbc.core.PreparedStatementSetter;
import org.springframework.jdbc.core.ResultSetExtractor;
import org.springframework.jdbc.core.RowCallbackHandler;
import org.springframework.jdbc.core.RowMapper;
import org.springframework.jdbc.core.SingleColumnRowMapper;
import org.springframework.jdbc.core.SqlParameterValue;
import org.springframework.jdbc.core.SqlRowSetResultSetExtractor;
import org.springframework.jdbc.support.rowset.SqlRowSet;
import org.springframework.lang.Nullable;

import com.taover.repository.exception.NoContainTenantException;

public interface JdbcTemplateWrapperTenant<ID extends Serializable> {
	/**
	 * 获取JdbcTemplate
	 * @return
	 */
	JdbcTemplate getJdbcTemplate();
	
	/**
	 * 检查租户ID
	 * @param sql
	 * @param tenantId
	 * @throws NoContainTenantException
	 */
	void doCheckTenantId(String sql, ID tenantId) throws NoContainTenantException;
	
	/**
	 * Issue a single SQL execute, typically a DDL statement.
	 * @param sql static SQL to execute
	 * @throws DataAccessException if there is any problem
	 */
	void execute(String sql, ID tenantId) throws DataAccessException;

	/**
	 * Execute a query given static SQL, reading the ResultSet with a
	 * ResultSetExtractor.
	 * <p>Uses a JDBC Statement, not a PreparedStatement. If you want to
	 * execute a static query with a PreparedStatement, use the overloaded
	 * {@code query} method with {@code null} as argument array.
	 * @param sql the SQL query to execute
	 * @param rse a callback that will extract all rows of results
	 * @return an arbitrary result object, as returned by the ResultSetExtractor
	 * @throws DataAccessException if there is any problem executing the query
	 * @see #query(String, Object[], ResultSetExtractor)
	 */
	@Nullable
	<T> T query(String sql, ResultSetExtractor<T> rse, ID tenantId) throws DataAccessException;

	/**
	 * Execute a query given static SQL, reading the ResultSet on a per-row
	 * basis with a RowCallbackHandler.
	 * <p>Uses a JDBC Statement, not a PreparedStatement. If you want to
	 * execute a static query with a PreparedStatement, use the overloaded
	 * {@code query} method with {@code null} as argument array.
	 * @param sql the SQL query to execute
	 * @param rch a callback that will extract results, one row at a time
	 * @throws DataAccessException if there is any problem executing the query
	 * @see #query(String, Object[], RowCallbackHandler)
	 */
	void query(String sql, RowCallbackHandler rch, ID tenantId) throws DataAccessException;

	/**
	 * Execute a query given static SQL, mapping each row to a result object
	 * via a RowMapper.
	 * <p>Uses a JDBC Statement, not a PreparedStatement. If you want to
	 * execute a static query with a PreparedStatement, use the overloaded
	 * {@code query} method with {@code null} as argument array.
	 * @param sql the SQL query to execute
	 * @param rowMapper a callback that will map one object per row
	 * @return the result List, containing mapped objects
	 * @throws DataAccessException if there is any problem executing the query
	 * @see #query(String, Object[], RowMapper)
	 */
	<T> List<T> query(String sql, RowMapper<T> rowMapper, ID tenantId) throws DataAccessException;

	/**
	 * Execute a query given static SQL, mapping a single result row to a
	 * result object via a RowMapper.
	 * <p>Uses a JDBC Statement, not a PreparedStatement. If you want to
	 * execute a static query with a PreparedStatement, use the overloaded
	 * {@link #queryForObject(String, RowMapper, Object...)} method with
	 * {@code null} as argument array.
	 * @param sql the SQL query to execute
	 * @param rowMapper a callback that will map one object per row
	 * @return the single mapped object (may be {@code null} if the given
	 * {@link RowMapper} returned {@code} null)
	 * @throws IncorrectResultSizeDataAccessException if the query does not
	 * return exactly one row
	 * @throws DataAccessException if there is any problem executing the query
	 * @see #queryForObject(String, Object[], RowMapper)
	 */
	@Nullable
	<T> T queryForObject(String sql, RowMapper<T> rowMapper, ID tenantId) throws DataAccessException;

	/**
	 * Execute a query for a result object, given static SQL.
	 * <p>Uses a JDBC Statement, not a PreparedStatement. If you want to
	 * execute a static query with a PreparedStatement, use the overloaded
	 * {@link #queryForObject(String, Class, Object...)} method with
	 * {@code null} as argument array.
	 * <p>This method is useful for running static SQL with a known outcome.
	 * The query is expected to be a single row/single column query; the returned
	 * result will be directly mapped to the corresponding object type.
	 * @param sql the SQL query to execute
	 * @param requiredType the type that the result object is expected to match
	 * @return the result object of the required type, or {@code null} in case of SQL NULL
	 * @throws IncorrectResultSizeDataAccessException if the query does not return
	 * exactly one row, or does not return exactly one column in that row
	 * @throws DataAccessException if there is any problem executing the query
	 * @see #queryForObject(String, Object[], Class)
	 */
	@Nullable
	<T> T queryForObject(String sql, Class<T> requiredType, ID tenantId) throws DataAccessException;

	/**
	 * Execute a query for a result map, given static SQL.
	 * <p>Uses a JDBC Statement, not a PreparedStatement. If you want to
	 * execute a static query with a PreparedStatement, use the overloaded
	 * {@link #queryForMap(String, Object...)} method with {@code null}
	 * as argument array.
	 * <p>The query is expected to be a single row query; the result row will be
	 * mapped to a Map (one entry for each column, using the column name as the key).
	 * @param sql the SQL query to execute
	 * @return the result Map (one entry per column, with column name as key)
	 * @throws IncorrectResultSizeDataAccessException if the query does not
	 * return exactly one row
	 * @throws DataAccessException if there is any problem executing the query
	 * @see #queryForMap(String, Object[])
	 * @see ColumnMapRowMapper
	 */
	Map<String, Object> queryForMap(String sql, ID tenantId) throws DataAccessException;

	/**
	 * Execute a query for a result list, given static SQL.
	 * <p>Uses a JDBC Statement, not a PreparedStatement. If you want to
	 * execute a static query with a PreparedStatement, use the overloaded
	 * {@code queryForList} method with {@code null} as argument array.
	 * <p>The results will be mapped to a List (one entry for each row) of
	 * result objects, each of them matching the specified element type.
	 * @param sql the SQL query to execute
	 * @param elementType the required type of element in the result list
	 * (for example, {@code Integer.class})
	 * @return a List of objects that match the specified element type
	 * @throws DataAccessException if there is any problem executing the query
	 * @see #queryForList(String, Object[], Class)
	 * @see SingleColumnRowMapper
	 */
	<T> List<T> queryForList(String sql, Class<T> elementType, ID tenantId) throws DataAccessException;

	/**
	 * Execute a query for a result list, given static SQL.
	 * <p>Uses a JDBC Statement, not a PreparedStatement. If you want to
	 * execute a static query with a PreparedStatement, use the overloaded
	 * {@code queryForList} method with {@code null} as argument array.
	 * <p>The results will be mapped to a List (one entry for each row) of
	 * Maps (one entry for each column using the column name as the key).
	 * Each element in the list will be of the form returned by this interface's
	 * {@code queryForMap} methods.
	 * @param sql the SQL query to execute
	 * @return an List that contains a Map per row
	 * @throws DataAccessException if there is any problem executing the query
	 * @see #queryForList(String, Object[])
	 */
	List<Map<String, Object>> queryForList(String sql, ID tenantId) throws DataAccessException;

	/**
	 * Execute a query for a SqlRowSet, given static SQL.
	 * <p>Uses a JDBC Statement, not a PreparedStatement. If you want to
	 * execute a static query with a PreparedStatement, use the overloaded
	 * {@code queryForRowSet} method with {@code null} as argument array.
	 * <p>The results will be mapped to an SqlRowSet which holds the data in a
	 * disconnected fashion. This wrapper will translate any SQLExceptions thrown.
	 * <p>Note that, for the default implementation, JDBC RowSet support needs to
	 * be available at runtime: by default, Sun's {@code com.sun.rowset.CachedRowSetImpl}
	 * class is used, which is part of JDK 1.5+ and also available separately as part of
	 * Sun's JDBC RowSet Implementations download (rowset.jar).
	 * @param sql the SQL query to execute
	 * @return a SqlRowSet representation (possibly a wrapper around a
	 * {@code javax.sql.rowset.CachedRowSet})
	 * @throws DataAccessException if there is any problem executing the query
	 * @see #queryForRowSet(String, Object[])
	 * @see SqlRowSetResultSetExtractor
	 * @see javax.sql.rowset.CachedRowSet
	 */
	SqlRowSet queryForRowSet(String sql, ID tenantId) throws DataAccessException;

	/**
	 * Issue a single SQL update operation (such as an insert, update or delete statement).
	 * @param sql static SQL to execute
	 * @return the number of rows affected
	 * @throws DataAccessException if there is any problem.
	 */
	int update(String sql, ID tenantId) throws DataAccessException;

	/**
	 * Issue multiple SQL updates on a single JDBC Statement using batching.
	 * <p>Will fall back to separate updates on a single Statement if the JDBC
	 * driver does not support batch updates.
	 * @param sql defining an array of SQL statements that will be executed.
	 * @return an array of the number of rows affected by each statement
	 * @throws DataAccessException if there is any problem executing the batch
	 */
	int[] batchUpdate(ID tenantId, String... sql) throws DataAccessException;

	/**
	 * Execute a JDBC data access operation, implemented as callback action
	 * working on a JDBC PreparedStatement. This allows for implementing arbitrary
	 * data access operations on a single Statement, within Spring's managed JDBC
	 * environment: that is, participating in Spring-managed transactions and
	 * converting JDBC SQLExceptions into Spring's DataAccessException hierarchy.
	 * <p>The callback action can return a result object, for example a domain
	 * object or a collection of domain objects.
	 * @param sql the SQL to execute
	 * @param action a callback that specifies the action
	 * @return a result object returned by the action, or {@code null} if none
	 * @throws DataAccessException if there is any problem
	 */
	@Nullable
	<T> T execute(String sql, PreparedStatementCallback<T> action, ID tenantId) throws DataAccessException;

	/**
	 * Query using a prepared statement, reading the ResultSet with a ResultSetExtractor.
	 * @param sql the SQL query to execute
	 * @param pss a callback that knows how to set values on the prepared statement.
	 * If this is {@code null}, the SQL will be assumed to contain no bind parameters.
	 * Even if there are no bind parameters, this callback may be used to set the
	 * fetch size and other performance options.
	 * @param rse a callback that will extract results
	 * @return an arbitrary result object, as returned by the ResultSetExtractor
	 * @throws DataAccessException if there is any problem
	 */
	@Nullable
	<T> T query(String sql, @Nullable PreparedStatementSetter pss, ResultSetExtractor<T> rse, ID tenantId) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of arguments
	 * to bind to the query, reading the ResultSet with a ResultSetExtractor.
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * @param argTypes the SQL types of the arguments
	 * (constants from {@code java.sql.Types})
	 * @param rse a callback that will extract results
	 * @return an arbitrary result object, as returned by the ResultSetExtractor
	 * @throws DataAccessException if the query fails
	 * @see java.sql.Types
	 */
	@Nullable
	<T> T query(String sql, Object[] args, int[] argTypes, ResultSetExtractor<T> rse, ID tenantId) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of arguments
	 * to bind to the query, reading the ResultSet with a ResultSetExtractor.
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @param rse a callback that will extract results
	 * @return an arbitrary result object, as returned by the ResultSetExtractor
	 * @throws DataAccessException if the query fails
	 */
	@Nullable
	<T> T query(String sql, Object[] args, ResultSetExtractor<T> rse, ID tenantId) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of arguments
	 * to bind to the query, reading the ResultSet with a ResultSetExtractor.
	 * @param sql the SQL query to execute
	 * @param rse a callback that will extract results
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @return an arbitrary result object, as returned by the ResultSetExtractor
	 * @throws DataAccessException if the query fails
	 * @since 3.0.1
	 */
	@Nullable
	<T> T query(String sql, ResultSetExtractor<T> rse, ID tenantId, @Nullable Object... args) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a
	 * PreparedStatementSetter implementation that knows how to bind values to the
	 * query, reading the ResultSet on a per-row basis with a RowCallbackHandler.
	 * @param sql the SQL query to execute
	 * @param pss a callback that knows how to set values on the prepared statement.
	 * If this is {@code null}, the SQL will be assumed to contain no bind parameters.
	 * Even if there are no bind parameters, this callback may be used to set the
	 * fetch size and other performance options.
	 * @param rch a callback that will extract results, one row at a time
	 * @throws DataAccessException if the query fails
	 */
	void query(String sql, @Nullable PreparedStatementSetter pss, RowCallbackHandler rch, ID tenantId) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, reading the ResultSet on a per-row basis
	 * with a RowCallbackHandler.
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * @param argTypes the SQL types of the arguments
	 * (constants from {@code java.sql.Types})
	 * @param rch a callback that will extract results, one row at a time
	 * @throws DataAccessException if the query fails
	 * @see java.sql.Types
	 */
	void query(String sql, Object[] args, int[] argTypes, RowCallbackHandler rch, ID tenantId) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, reading the ResultSet on a per-row basis
	 * with a RowCallbackHandler.
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @param rch a callback that will extract results, one row at a time
	 * @throws DataAccessException if the query fails
	 */
	void query(String sql, Object[] args, RowCallbackHandler rch, ID tenantId) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, reading the ResultSet on a per-row basis
	 * with a RowCallbackHandler.
	 * @param sql the SQL query to execute
	 * @param rch a callback that will extract results, one row at a time
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @throws DataAccessException if the query fails
	 * @since 3.0.1
	 */
	void query(String sql, RowCallbackHandler rch, ID tenantId, @Nullable Object... args) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a
	 * PreparedStatementSetter implementation that knows how to bind values
	 * to the query, mapping each row to a result object via a RowMapper.
	 * @param sql the SQL query to execute
	 * @param pss a callback that knows how to set values on the prepared statement.
	 * If this is {@code null}, the SQL will be assumed to contain no bind parameters.
	 * Even if there are no bind parameters, this callback may be used to set the
	 * fetch size and other performance options.
	 * @param rowMapper a callback that will map one object per row
	 * @return the result List, containing mapped objects
	 * @throws DataAccessException if the query fails
	 */
	<T> List<T> query(String sql, @Nullable PreparedStatementSetter pss, RowMapper<T> rowMapper, ID tenantId) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, mapping each row to a result object
	 * via a RowMapper.
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * @param argTypes the SQL types of the arguments
	 * (constants from {@code java.sql.Types})
	 * @param rowMapper a callback that will map one object per row
	 * @return the result List, containing mapped objects
	 * @throws DataAccessException if the query fails
	 * @see java.sql.Types
	 */
	<T> List<T> query(String sql, Object[] args, int[] argTypes, RowMapper<T> rowMapper, ID tenantId) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, mapping each row to a result object
	 * via a RowMapper.
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @param rowMapper a callback that will map one object per row
	 * @return the result List, containing mapped objects
	 * @throws DataAccessException if the query fails
	 */
	<T> List<T> query(String sql, Object[] args, RowMapper<T> rowMapper, ID tenantId) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, mapping each row to a result object
	 * via a RowMapper.
	 * @param sql the SQL query to execute
	 * @param rowMapper a callback that will map one object per row
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @return the result List, containing mapped objects
	 * @throws DataAccessException if the query fails
	 * @since 3.0.1
	 */
	<T> List<T> query(String sql, RowMapper<T> rowMapper, ID tenantId, @Nullable Object... args) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list
	 * of arguments to bind to the query, mapping a single result row to a
	 * result object via a RowMapper.
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type)
	 * @param argTypes the SQL types of the arguments
	 * (constants from {@code java.sql.Types})
	 * @param rowMapper a callback that will map one object per row
	 * @return the single mapped object (may be {@code null} if the given
	 * {@link RowMapper} returned {@code} null)
	 * @throws IncorrectResultSizeDataAccessException if the query does not
	 * return exactly one row
	 * @throws DataAccessException if the query fails
	 */
	@Nullable
	<T> T queryForObject(String sql, Object[] args, int[] argTypes, RowMapper<T> rowMapper, ID tenantId)
			throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list
	 * of arguments to bind to the query, mapping a single result row to a
	 * result object via a RowMapper.
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @param rowMapper a callback that will map one object per row
	 * @return the single mapped object (may be {@code null} if the given
	 * {@link RowMapper} returned {@code} null)
	 * @throws IncorrectResultSizeDataAccessException if the query does not
	 * return exactly one row
	 * @throws DataAccessException if the query fails
	 */
	@Nullable
	<T> T queryForObject(String sql, Object[] args, RowMapper<T> rowMapper, ID tenantId) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list
	 * of arguments to bind to the query, mapping a single result row to a
	 * result object via a RowMapper.
	 * @param sql the SQL query to execute
	 * @param rowMapper a callback that will map one object per row
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @return the single mapped object (may be {@code null} if the given
	 * {@link RowMapper} returned {@code} null)
	 * @throws IncorrectResultSizeDataAccessException if the query does not
	 * return exactly one row
	 * @throws DataAccessException if the query fails
	 * @since 3.0.1
	 */
	@Nullable
	<T> T queryForObject(String sql, RowMapper<T> rowMapper, ID tenantId, @Nullable Object... args) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, expecting a result object.
	 * <p>The query is expected to be a single row/single column query; the returned
	 * result will be directly mapped to the corresponding object type.
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * @param argTypes the SQL types of the arguments
	 * (constants from {@code java.sql.Types})
	 * @param requiredType the type that the result object is expected to match
	 * @return the result object of the required type, or {@code null} in case of SQL NULL
	 * @throws IncorrectResultSizeDataAccessException if the query does not return
	 * exactly one row, or does not return exactly one column in that row
	 * @throws DataAccessException if the query fails
	 * @see #queryForObject(String, Class)
	 * @see java.sql.Types
	 */
	@Nullable
	<T> T queryForObject(String sql, Object[] args, int[] argTypes, Class<T> requiredType, ID tenantId)
			throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, expecting a result object.
	 * <p>The query is expected to be a single row/single column query; the returned
	 * result will be directly mapped to the corresponding object type.
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @param requiredType the type that the result object is expected to match
	 * @return the result object of the required type, or {@code null} in case of SQL NULL
	 * @throws IncorrectResultSizeDataAccessException if the query does not return
	 * exactly one row, or does not return exactly one column in that row
	 * @throws DataAccessException if the query fails
	 * @see #queryForObject(String, Class)
	 */
	@Nullable
	<T> T queryForObject(String sql, Object[] args, Class<T> requiredType, ID tenantId) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, expecting a result object.
	 * <p>The query is expected to be a single row/single column query; the returned
	 * result will be directly mapped to the corresponding object type.
	 * @param sql the SQL query to execute
	 * @param requiredType the type that the result object is expected to match
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @return the result object of the required type, or {@code null} in case of SQL NULL
	 * @throws IncorrectResultSizeDataAccessException if the query does not return
	 * exactly one row, or does not return exactly one column in that row
	 * @throws DataAccessException if the query fails
	 * @since 3.0.1
	 * @see #queryForObject(String, Class)
	 */
	@Nullable
	<T> T queryForObject(String sql, Class<T> requiredType, ID tenantId, @Nullable Object... args) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, expecting a result map.
	 * <p>The query is expected to be a single row query; the result row will be
	 * mapped to a Map (one entry for each column, using the column name as the key).
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * @param argTypes the SQL types of the arguments
	 * (constants from {@code java.sql.Types})
	 * @return the result Map (one entry per column, with column name as key)
	 * @throws IncorrectResultSizeDataAccessException if the query does not
	 * return exactly one row
	 * @throws DataAccessException if the query fails
	 * @see #queryForMap(String)
	 * @see ColumnMapRowMapper
	 * @see java.sql.Types
	 */
	Map<String, Object> queryForMap(String sql, Object[] args, int[] argTypes, ID tenantId) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, expecting a result map.
	 * <p>The {@code queryForMap} methods defined by this interface are appropriate
	 * when you don't have a domain model. Otherwise, consider using one of the
	 * {@code queryForObject} methods.
	 * <p>The query is expected to be a single row query; the result row will be
	 * mapped to a Map (one entry for each column, using the column name as the key).
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @return the result Map (one entry for each column, using the
	 * column name as the key)
	 * @throws IncorrectResultSizeDataAccessException if the query does not
	 * return exactly one row
	 * @throws DataAccessException if the query fails
	 * @see #queryForMap(String)
	 * @see ColumnMapRowMapper
	 */
	Map<String, Object> queryForMap(String sql, ID tenantId, @Nullable Object... args) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, expecting a result list.
	 * <p>The results will be mapped to a List (one entry for each row) of
	 * result objects, each of them matching the specified element type.
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * @param argTypes the SQL types of the arguments
	 * (constants from {@code java.sql.Types})
	 * @param elementType the required type of element in the result list
	 * (for example, {@code Integer.class})
	 * @return a List of objects that match the specified element type
	 * @throws DataAccessException if the query fails
	 * @see #queryForList(String, Class)
	 * @see SingleColumnRowMapper
	 */
	<T> List<T> queryForList(String sql, Object[] args, int[] argTypes, Class<T> elementType, ID tenantId)
			throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, expecting a result list.
	 * <p>The results will be mapped to a List (one entry for each row) of
	 * result objects, each of them matching the specified element type.
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @param elementType the required type of element in the result list
	 * (for example, {@code Integer.class})
	 * @return a List of objects that match the specified element type
	 * @throws DataAccessException if the query fails
	 * @see #queryForList(String, Class)
	 * @see SingleColumnRowMapper
	 */
	<T> List<T> queryForList(String sql, Object[] args, Class<T> elementType, ID tenantId) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, expecting a result list.
	 * <p>The results will be mapped to a List (one entry for each row) of
	 * result objects, each of them matching the specified element type.
	 * @param sql the SQL query to execute
	 * @param elementType the required type of element in the result list
	 * (for example, {@code Integer.class})
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @return a List of objects that match the specified element type
	 * @throws DataAccessException if the query fails
	 * @since 3.0.1
	 * @see #queryForList(String, Class)
	 * @see SingleColumnRowMapper
	 */
	<T> List<T> queryForList(String sql, Class<T> elementType, ID tenantId, @Nullable Object... args) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, expecting a result list.
	 * <p>The results will be mapped to a List (one entry for each row) of
	 * Maps (one entry for each column, using the column name as the key).
	 * Each element in the list will be of the form returned by this interface's
	 * {@code queryForMap} methods.
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * @param argTypes the SQL types of the arguments
	 * (constants from {@code java.sql.Types})
	 * @return a List that contains a Map per row
	 * @throws DataAccessException if the query fails
	 * @see #queryForList(String)
	 * @see java.sql.Types
	 */
	List<Map<String, Object>> queryForList(String sql, Object[] args, int[] argTypes, ID tenantId) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, expecting a result list.
	 * <p>The results will be mapped to a List (one entry for each row) of
	 * Maps (one entry for each column, using the column name as the key).
	 * Each element in the list will be of the form returned by this interface's
	 * {@code queryForMap} methods.
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @return a List that contains a Map per row
	 * @throws DataAccessException if the query fails
	 * @see #queryForList(String)
	 */
	List<Map<String, Object>> queryForList(String sql, ID tenantId, @Nullable Object... args) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, expecting a SqlRowSet.
	 * <p>The results will be mapped to an SqlRowSet which holds the data in a
	 * disconnected fashion. This wrapper will translate any SQLExceptions thrown.
	 * <p>Note that, for the default implementation, JDBC RowSet support needs to
	 * be available at runtime: by default, Sun's {@code com.sun.rowset.CachedRowSetImpl}
	 * class is used, which is part of JDK 1.5+ and also available separately as part of
	 * Sun's JDBC RowSet Implementations download (rowset.jar).
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * @param argTypes the SQL types of the arguments
	 * (constants from {@code java.sql.Types})
	 * @return a SqlRowSet representation (possibly a wrapper around a
	 * {@code javax.sql.rowset.CachedRowSet})
	 * @throws DataAccessException if there is any problem executing the query
	 * @see #queryForRowSet(String)
	 * @see SqlRowSetResultSetExtractor
	 * @see javax.sql.rowset.CachedRowSet
	 * @see java.sql.Types
	 */
	SqlRowSet queryForRowSet(String sql, Object[] args, int[] argTypes, ID tenantId) throws DataAccessException;

	/**
	 * Query given SQL to create a prepared statement from SQL and a list of
	 * arguments to bind to the query, expecting a SqlRowSet.
	 * <p>The results will be mapped to an SqlRowSet which holds the data in a
	 * disconnected fashion. This wrapper will translate any SQLExceptions thrown.
	 * <p>Note that, for the default implementation, JDBC RowSet support needs to
	 * be available at runtime: by default, Sun's {@code com.sun.rowset.CachedRowSetImpl}
	 * class is used, which is part of JDK 1.5+ and also available separately as part of
	 * Sun's JDBC RowSet Implementations download (rowset.jar).
	 * @param sql the SQL query to execute
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @return a SqlRowSet representation (possibly a wrapper around a
	 * {@code javax.sql.rowset.CachedRowSet})
	 * @throws DataAccessException if there is any problem executing the query
	 * @see #queryForRowSet(String)
	 * @see SqlRowSetResultSetExtractor
	 * @see javax.sql.rowset.CachedRowSet
	 */
	SqlRowSet queryForRowSet(String sql, ID tenantId, @Nullable Object... args) throws DataAccessException;

	/**
	 * Issue an update statement using a PreparedStatementSetter to set bind parameters,
	 * with given SQL. Simpler than using a PreparedStatementCreator as this method
	 * will create the PreparedStatement: The PreparedStatementSetter just needs to
	 * set parameters.
	 * @param sql the SQL containing bind parameters
	 * @param pss helper that sets bind parameters. If this is {@code null}
	 * we run an update with static SQL.
	 * @return the number of rows affected
	 * @throws DataAccessException if there is any problem issuing the update
	 */
	int update(String sql, @Nullable PreparedStatementSetter pss, ID tenantId) throws DataAccessException;

	/**
	 * Issue a single SQL update operation (such as an insert, update or delete statement)
	 * via a prepared statement, binding the given arguments.
	 * @param sql the SQL containing bind parameters
	 * @param args arguments to bind to the query
	 * @param argTypes the SQL types of the arguments
	 * (constants from {@code java.sql.Types})
	 * @return the number of rows affected
	 * @throws DataAccessException if there is any problem issuing the update
	 * @see java.sql.Types
	 */
	int update(String sql, Object[] args, int[] argTypes, ID tenantId) throws DataAccessException;

	/**
	 * Issue a single SQL update operation (such as an insert, update or delete statement)
	 * via a prepared statement, binding the given arguments.
	 * @param sql the SQL containing bind parameters
	 * @param args arguments to bind to the query
	 * (leaving it to the PreparedStatement to guess the corresponding SQL type);
	 * may also contain {@link SqlParameterValue} objects which indicate not
	 * only the argument value but also the SQL type and optionally the scale
	 * @return the number of rows affected
	 * @throws DataAccessException if there is any problem issuing the update
	 */
	int update(String sql, ID tenantId, @Nullable Object... args) throws DataAccessException;

	/**
	 * Issue multiple update statements on a single PreparedStatement,
	 * using batch updates and a BatchPreparedStatementSetter to set values.
	 * <p>Will fall back to separate updates on a single PreparedStatement
	 * if the JDBC driver does not support batch updates.
	 * @param sql defining PreparedStatement that will be reused.
	 * All statements in the batch will use the same SQL.
	 * @param pss object to set parameters on the PreparedStatement
	 * created by this method
	 * @return an array of the number of rows affected by each statement
	 * @throws DataAccessException if there is any problem issuing the update
	 */
	int[] batchUpdate(String sql, BatchPreparedStatementSetter pss, ID tenantId) throws DataAccessException;

	/**
	 * Execute a batch using the supplied SQL statement with the batch of supplied arguments.
	 * @param sql the SQL statement to execute
	 * @param batchArgs the List of Object arrays containing the batch of arguments for the query
	 * @return an array containing the numbers of rows affected by each update in the batch
	 */
	int[] batchUpdate(String sql, List<Object[]> batchArgs, ID tenantId) throws DataAccessException;

	/**
	 * Execute a batch using the supplied SQL statement with the batch of supplied arguments.
	 * @param sql the SQL statement to execute.
	 * @param batchArgs the List of Object arrays containing the batch of arguments for the query
	 * @param argTypes the SQL types of the arguments
	 * (constants from {@code java.sql.Types})
	 * @return an array containing the numbers of rows affected by each update in the batch
	 */
	int[] batchUpdate(String sql, List<Object[]> batchArgs, int[] argTypes, ID tenantId) throws DataAccessException;

	/**
	 * Execute multiple batches using the supplied SQL statement with the collect of supplied arguments.
	 * The arguments' values will be set using the ParameterizedPreparedStatementSetter.
	 * Each batch should be of size indicated in 'batchSize'.
	 * @param sql the SQL statement to execute.
	 * @param batchArgs the List of Object arrays containing the batch of arguments for the query
	 * @param batchSize batch size
	 * @param pss the ParameterizedPreparedStatementSetter to use
	 * @return an array containing for each batch another array containing the numbers of rows affected
	 * by each update in the batch
	 * @since 3.1
	 */
	<T> int[][] batchUpdate(String sql, Collection<T> batchArgs, int batchSize,
			ParameterizedPreparedStatementSetter<T> pss, ID tenantId) throws DataAccessException;

}