auto‐augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? . . 551 13.4.7 Sharding How to allow range query with using inline sharding strategy (BE‐ TWEEN department stipulates that the sensitive information related to users, such as banks and mobile phone numbers, should be encrypted and stored in the database, and then decrypted when used. 8.7.2 Challenges • algorithm name 2. The allowed characters in the identifier are: [a-z, A-Z, 0-9, _] (letters, numbers, under‐ scores) and should start with a letter. 3. When keywords or special characters appear in

auto‐augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? . . 458 8.3.7 Sharding How to allow range query with using inline sharding strategy (BE‐ TWEEN department stipulates that the sensitive information related to users, such as banks and mobile phone numbers, should be encrypted and stored in the database, and then decrypted when used. Because it is a brand • algorithm name 2. The allowed characters in the identifier are: [A-Z, A-Z, 0-9, _] (letters, numbers, under‐ scores) and should start with a letter. 3. When keywords or special characters appear in

auto‐augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? . . 497 8.3.7 Sharding How to allow range query with using inline sharding strategy (BE‐ TWEEN department stipulates that the sensitive information related to users, such as banks and mobile phone numbers, should be encrypted and stored in the database, and then decrypted when used. Because it is a brand • algorithm name 2. The allowed characters in the identifier are: [A-Z, A-Z, 0-9, _] (letters, numbers, under‐ scores) and should start with a letter. 3. When keywords or special characters appear in

auto‐augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? . . 579 13.3.7 Sharding How to allow range query with using inline sharding strategy (BE‐ TWEEN department stipulates that the sensitive information related to users, such as banks and mobile phone numbers, should be encrypted and stored in the database, and then decrypted when used. 8.7.2 Challenges • algorithm name 2. The allowed characters in the identifier are: [a-z, A-Z, 0-9, _] (letters, numbers, under‐ scores) and should start with a letter. 3. When keywords or special characters appear in

auto‐augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? . . . . . . . . . . . . . . . . 297 7.13 In Windows environment,when cloning ShardingSphere source department stipulates that the sensitive information related to users, such as banks and mobile phone numbers, should be encrypted and stored in the database, and then decrypted when used. Because it is a brand v5.0.0-beta Unsupported Items • Users need to deal with the original inventory data and wash numbers in the database; • Use encryption function + sub‐database sub‐table function, some special SQL is

auto‐augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? . 361 7.8.14 [Sharding] How to allow range query with using inline sharding strat‐ egy(BETWEEN department stipulates that the sensitive information related to users, such as banks and mobile phone numbers, should be encrypted and stored in the database, and then decrypted when used. Because it is a brand auto-augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? Answer: ShardingSphere uses snowflake algorithms as the default distributed auto‐augment key strategy

sharding options can build a relationship with the sharding items, converting the sharding items’numbers to more readable business codes. For example, to horizontally split the databases according to the Shanghai and database C stores data from Guangzhou. If we config‐ ure only by the sharding items’numbers, the developers need the knowledge that 0 represents Beijing, 1 represents Shanghai and 2 represents ShardingSphere ElasticJob document Core Configuration Description shardingItemParameters: The sequence numbers and parameters of the Sharding items are separated by equal sign, and multiple key‐value pairs are

auto‐augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? . 349 7.8.14 [Sharding] How to allow range query with using inline sharding strat‐ egy(BETWEEN department stipulates that the sensitive information related to users, such as banks and mobile phone numbers, should be encrypted and stored in the database, and then decrypted when used. Because it is a brand auto-augment key strategy provided by ShardingSphere not continuous and most of them end with even numbers? Answer: ShardingSphere uses snowflake algorithms as the default distributed auto‐augment key strategy

department stipulates that the sensitive information related to users, such as banks and mobile phone numbers, should be encrypted and stored in the database, and then decrypted when used. Because it is a brand But the last four numbers of snowflake algorithm are incremental value within one millisecond. Thus, if concurrency degree in one millisecond is not high, the last four numbers are likely to be zero explains why the rate of even end number is higher. In 3.1.0 version, the problem of ending with even numbers has been totally solved, please refer to: https://github.com/apache/shardingsphere/issues/1617

188,189,191,198,199） 座机号码随机替换 类型：LANDLINE_NUMBER_RANDOM_REPLACE 可配置属性： 名称 数据类型 说明 landline‐numbers String 座机号码（以英文逗号分隔） 通用表格随机替换 类型：GENERIC_TABLE_RANDOM_REPLACE 可配置属性： 9.3. 通用配置 381 Apache ShardingSphere