这适用于我(伪docode):

public class SqlHelper
{
    public static final ArrayList<String>platformList = new ArrayList<>(Arrays.asList("iOS","Android","Windows","Mac"));

    public static final String testQuery = "select * from devices where platform_nm in (:PLATFORM_NAME)";
}

指定绑定:

public class Test extends NamedParameterJdbcDaoSupport
public List<SampleModelClass> runQuery()
{
    //define rowMapper to insert in object of SampleClass
    final Map<String,Object> map = new HashMap<>();
    map.put("PLATFORM_LIST",DeviceDataSyncQueryConstants.platformList);
    return getNamedParameterJdbcTemplate().query(SqlHelper.testQuery, map, rowMapper)
}

遵循亚当的想法。让你的准备语句select my_column from my_table where search_column in (#) 创建一个字符串x，并根据你的值列表用一些“?，?，?”填充它 然后只需更改查询中的#为您的新字符串x填充

在javaranche Journal上Jeanne Boyarsky的JDBC批处理选择语句条目中，有对各种可用选项及其优缺点的分析。

建议的方案是:

Prepare SELECT my_column FROM my_table WHERE search_column = ?, execute it for each value and UNION the results client-side. Requires only one prepared statement. Slow and painful. Prepare SELECT my_column FROM my_table WHERE search_column IN (?,?,?) and execute it. Requires one prepared statement per size-of-IN-list. Fast and obvious. Prepare SELECT my_column FROM my_table WHERE search_column = ? ; SELECT my_column FROM my_table WHERE search_column = ? ; ... and execute it. [Or use UNION ALL in place of those semicolons. --ed] Requires one prepared statement per size-of-IN-list. Stupidly slow, strictly worse than WHERE search_column IN (?,?,?), so I don't know why the blogger even suggested it. Use a stored procedure to construct the result set. Prepare N different size-of-IN-list queries; say, with 2, 10, and 50 values. To search for an IN-list with 6 different values, populate the size-10 query so that it looks like SELECT my_column FROM my_table WHERE search_column IN (1,2,3,4,5,6,6,6,6,6). Any decent server will optimize out the duplicate values before running the query.

这些选择都不理想。

如果您正在使用JDBC4并且服务器支持x = ANY(y)，那么最好的选择是使用PreparedStatement。setArray的描述在鲍里斯的回答。

不过，似乎没有任何方法可以使setArray与IN-lists一起工作。

有时SQL语句是在运行时加载的(例如，从属性文件中加载)，但需要可变数量的参数。在这种情况下，首先定义查询:

query=SELECT * FROM table t WHERE t.column IN (?)

接下来，加载查询。然后在运行它之前确定参数的数量。一旦参数计数已知，运行:

sql = any( sql, count );

例如:

/**
 * Converts a SQL statement containing exactly one IN clause to an IN clause
 * using multiple comma-delimited parameters.
 *
 * @param sql The SQL statement string with one IN clause.
 * @param params The number of parameters the SQL statement requires.
 * @return The SQL statement with (?) replaced with multiple parameter
 * placeholders.
 */
public static String any(String sql, final int params) {
    // Create a comma-delimited list based on the number of parameters.
    final StringBuilder sb = new StringBuilder(
        String.join(", ", Collections.nCopies(possibleValue.size(), "?")));

    // For more than 1 parameter, replace the single parameter with
    // multiple parameter placeholders.
    if (sb.length() > 1) {
        sql = sql.replace("(?)", "(" + sb + ")");
    }

    // Return the modified comma-delimited list of parameters.
    return sql;
}

对于某些不支持通过JDBC 4规范传递数组的数据库，此方法可以方便地转换缓慢的= ?转换为更快的IN(?)子句条件，然后可以通过调用any方法进行扩展。

SetArray是最好的解决方案，但它不适用于许多老司机。下面的解决方法可以在java8中使用

String baseQuery ="SELECT my_column FROM my_table where search_column IN (%s)"

String markersString = inputArray.stream().map(e -> "?").collect(joining(","));
String sqlQuery = String.format(baseSQL, markersString);

//Now create Prepared Statement and use loop to Set entries
int index=1;

for (String input : inputArray) {
     preparedStatement.setString(index++, input);
}

这个解决方案比其他难看的while循环解决方案好，其中查询字符串是通过手动迭代构建的

Sormula支持SQL IN操作符，它允许你提供一个java.util.Collection对象作为参数。它使用?对于集合中的每个元素。参见示例4(示例中的SQL是一个注释，用于澄清Sormula创建但不使用的内容)。

PostgreSQL的解决方案:

final PreparedStatement statement = connection.prepareStatement(
        "SELECT my_column FROM my_table where search_column = ANY (?)"
);
final String[] values = getValues();
statement.setArray(1, connection.createArrayOf("text", values));

try (ResultSet rs = statement.executeQuery()) {
    while(rs.next()) {
        // do some...
    }
}

or

final PreparedStatement statement = connection.prepareStatement(
        "SELECT my_column FROM my_table " + 
        "where search_column IN (SELECT * FROM unnest(?))"
);
final String[] values = getValues();
statement.setArray(1, connection.createArrayOf("text", values));

try (ResultSet rs = statement.executeQuery()) {
    while(rs.next()) {
        // do some...
    }
}